Microgard 1500 Microgard 2000 Microgard 2500 Microgard 2500PLUS

Transcription

1 Microgard 1500 Microgard 2000 Microgard 2500 Microgard 2500PLUS Microchem 4000 Microchem Apollo Microchem Saturn Microgard FR Microgard CFR // For personal protection against dirt, dust, airborne liquids, asbestos, hazardous chemicals and chemical warfare agents... Microgard is the answer //

2 MICROGARD... USING NEW TECHNOLOGY TO KEEP YOU SAFE WHILE YOU WORK!... THE MODERN WORKING ENVIRONMENT PRESENTS WORKERS AND EMPLOYERS WITH JUST AS MANY HEALTH AND SAFETY ISSUES TODAY AS THOSE FACED BY WORKERS AND EMPLOYERS IN THE TRADITIONAL HEAVY INDUSTRIES THAT FUELLED THE WESTERN ECONOMIES IN OUR RECENT PAST. The safety of employees is of paramount importance and protection from the many hazards presented by modern manufacturing industries remains the highest priority of companies worldwide. Increasingly, the provision of appropriaate personal protective equipment for employees is a legal, as well as a social and moral responsibility. Natural disasters, oil spills, protection of the environment and the threat of physical attack are just some of the things that bring an increasing burden of care and protection for those who have to deal with these issues. KEEPING THE DANGERS OUT... IS AS SIMPLE AS CHOOSING THE RIGHT GARMENT FOR THE JOB The Microgard range protects people from liquid or solid chemicals, asbestos dust and fibres, agrochemicals and paint, they can also protect processes from contamination in the food and pharmaceutical industries. Agriculture & horticulture Asbestos Automotive Building/construction Chemical handling Chemical manufacturing Cleanroom Contaminated land clean up Emergency services Factory visits Fibres Food Forensic work Industrial cleaning Inspections Maintenance work Medical applications Military applications Metal treatment Mining Nuclear Paint spraying Petrochemical Pharmaceutical Police Print Research & development Surface finishing Tank cleaning Transportation Water treatment Waste handling THE MICROGARD RANGE OFFERS CHOICE, FLEXIBILITY AND VALUE Here at Microgard we are committed to using a combination of our hands on understanding of today s diverse and hazardous working environments and scientific innovation. One of the first companies to manufacture disposable protective garments, Microgard has gone on to develop its expertise with new breathable fabric based technical protective coveralls. With over thirty years experience of manufacturing disposable protective coveralls behind us, you will understand why Microgard can claim to be one of only a handful of specialist manufacturers worldwide. The products shown in this catalogue clearly demonstrate our knowledge of the required performance characteristics of limited life protective clothing and the design innovation and manufacturing processes involved in their production. In addition you will find the technical information you will need to make the right garment choice for the protective problems you face. To help guide and advise you, our personal protection team will work with you to assess your needs and help with educating and training your staff. With our help you can not only reduce the occupational risk in your enterprise but improve performance by making your workplace legally compliant, safer and more efficient. For more help and information call the Microgard team on +44 (0) or click 01

3 Contents Microgard 1500 Protection against dry particles and reduced chemical spray. Type 5 Dry particle hold out Type 6 Light liquid splash protection Page 5 Microgard 1500 Asbestos Contractors Offers an excellent particle barrier performance. Type 5 Dry particle hold out Type 6 Light liquid splash protection Page 5 Microgard 2000 Bound seams enhance protection against dry particles and limited liquid chemical spray. Type 4 Saturation spray protection Type 5 Dry particle hold out Type 6 Light liquid splash protection EN1149 Antistatic EN Radioactive dust protection Page 7 Microgard 2500 /2500 PLUS Excellent liquid repellency, dust barrier and high moisture vapour transmission for comfort. Type 5 Dry particle hold out Type 6 Light liquid splash protection 2500 PLUS Welded seam for Type 3 Liquid jet tight protection ASTM1671 Barrier to bacteria, viruses and blood borne pathagens Type 4 Saturation spray protection EN1149 Antistatic EN14126 barrier to infective agents and biological agents EN Radioactive dust protection Page 9 Microgard 3000 One of the most lightweight and comfortable chemical protective garments available on the market. Type 3 Liquid jet tight protection Type 4 Saturation spray protection EN1149 Antistatic Page 13 Microgard 4000 High chemical barrier designed to give effective chemical hazard protection. Type 3 Liquid jet tight protection Type 4 Saturation spray protection EN1149 Antistatic Page 14 Microgard Apollo 4000 fabric in a fully encapsulated suit with BA pouch. Type 3 Liquid jet tight protection Type 4 Saturation spray protection EN1149 Antistatic Page 15 Microgard Saturn Encapsulated Type II positive pressure suit for use with Airline Respirators. Type 2 Certified EN1149 Antistatic Page 16 Microgard FR Reduced spray protection, flame retardant fabric for use in conjunction with thermal protective garments. Type 6 Light liquid spray protection Flame retardant to EN533 : Index 1 Page 17 Microgard CFR Full spray protection, flame retardant fabric for use in conjunction with thermal protective garments. Type 4 Saturation spray protection Flame retardant to EN533 : Index 1 Page 18 Microgard Cool vest The cool vest prevents overheating and sweating, improving comfort levels and reducing stress. Page 19 Microgard Surestep The revolutionary Surestep is probably the best anti slip overshoe available. Page 20 02

4 Summary of EN 340 standards for protective clothing - 89/686/EEC All of the six Types identified relate to Category III clothing. This means they are designed to protect against a hazard which may be life threatening. Category I products are those which are not suitable for protection against a hazard. Products such as basic single layer polypropylene are Category I products and are not deemed suitable for protection against a hazard. For the purposes of protective clothing six Types of protection are indentified as: type 1 pren Gas tight suits. Suits which are intrinsically sealed against the environment. type 2 pren Non-gas tight positive pressure suits. Suits which retain a positive internal pressure to prevent ingress of dusts, liquids or vapours. type 3 pren 1511 : 1995 Liquid tight suits. Suits which can protect against strong and directional jets of liquid chemical such as spray from a burst pipe under pressure. Requires a barrier fabric (chemical tests to EN369 Permeation test) and sealed seams. type 4 pren 1512 : 1997 Spray tight suits. Suits which can protect against saturation of liquid chemicals, where the volume of liquid builds up on the suit forming pools, resulting in rivulets. Requires a barrier fabric (chemical tests to EN369 Permeation test) and sealed seams. type 5 pren Dry particle suits. Suits for protection against hazardous dusts and any dry particles. type 6 pren : 1997 Reduced spray suits. Suits for protection against light spray and splashes of liquid chemicals where there is no directional spray or build up of liquid on the suit, but there may be a fine mist of droplets in the atmosphere. In addition, fabrics and seams are tested according to various EN standards in order to provide a mechanical profile of the garment. Finally the garments must be manufactured under appropriate quality control procedures such as ISO EN Barrier to infective agents and biological hazards EN 1149 Antistatic EN 1073 Radio Active Dust Barrier EN STANDARDS// whole suits test Each of the Types defines a whole suit test a test on a finished garment to confirm that a coverall is suitable for the task. This generally involves the test subject entering a glass booth and being sprayed with either a coloured liquid or dry particles. The type of spray used differs according to the type being tested. The result is either a pass or a fail. Please note: This is a brief explanation of the Types to serve as an introduction only. There are many other tests involved in gaining the CE mark for a product. If you would like further information please call our Customer Services Direct Line on: (+44)

5 Protective clothing basic usage chart Microgard /Microchem garments are available for most applications. The chart below will help you select the right product however please note that responsibility for the correct choice of appropriate PPE remains the responsibility of the user. Hazard Application Chemical manufacturing processing & handling Paint stripping hazardous Paint spraying (with appropriate extraction equipment (cont. iso-cyanates) Microgard /Microchem product Paint spraying (non iso-cyanate) Chemical clean ups Overhead pesticide/insecticide spraying Ground level pesticide/insecticide spraying Oil based mud protection Asbestos stripping Pharmaceutical manufacture Insulation laying Wood & metal processing Resin application Low hazard chemical protection Light spray of cleaning fluids Medical first response Radioactive dust Steam & pressure water cleaning Tank cleaning hazardous fluids Key Type 3 Type 4 Type 5 Type 6 NB. For all chemical breakthrough times, please refer to the manufacturer. All information is for guidance only, final garment suitability must be decided by the user. USAGE CHART// 04

6 MICROGARD 1500// Low Hazard Liquid Spray Chemical Protection Type 5 Type 6 MICROGARD 1500// Asbestos Contractors Coveralls Microgard 1500 Asbestos coverall meets all the recommendations made by the HSE as part of its licence requirements. Available in Red, Blue and White for either asbestos stripping, packaging, transiting or other auxiliary tasks Microgard 1500 Asbestos coveralls conform to the EN340 Category 3 Type 5 & 6 standards. Microgard 1500 is an extremely soft, lightweight and breathable coverall designed for protection against hazardous dry particles. Particles or fibres that penetrate a coverall and reach the wearer s skin may be fixed on the wearer s skin and hair and may be difficult to remove by showering. With time, these particles are shed with the skin and can subsequently be inhaled. To minimise this possibility of secondary inhalation one needs to specify coveralls giving the highest possible asbestos fibre hold-out. Protection Level Ideally suited to Type 5 (dry particle) protection because of its particle barrier and high breathability. A breathable fabric means a no bellows effect is created so particles are not actively drawn in through the stitch holes, neck, zip, wrists and ankles. This is a common problem with non-breathable coveralls. Also suitable for many Type 6 (reduced liquid spray) applications because of its effective liquid repellency. Particularly suited for warm environments where the coverall s high breathability means it is more likely to be worn correctly. Protection Level The use of the double layer spunbonded polypropylene improves strength, tear and puncture resistance to give a durable coverall. MICROGARD 1500// The use of a twin layer of microfibre fabric, laminated between the polypropylene provides excellent particle barrier capabilities. The fabric will filter 99.69% of particles of size 3-3.5mu (defined by CEN document. CEN/TC162/WG3/N85) The fabric is soft, light and flexible. This combined with the high breathability results in a very comfortable coverall. Excellent liquid repellency also gives good protection against low hazardous liquid chemicals. Microgard 1500 coveralls have a new sealable zip flap to prevent dust ingress through the zip. Fully elasticated hood, ankles and wrists, to maximise comfort and protection. 05

7 Experts agree that the danger from asbestos comes from particles that are usually 5-10mu and above. Microgard 1500 is an extremely soft, lightweight and breathable coverall that filters 99.69% of particles of size 3-3.5mu. Your assurance that the Microgard Asbestos contractors coverall will offer the wearer the highest level of comfort and protection, not only comes from our expertise, but the independent testing to EN standard carried out by Europe s foremost certification agencies. Even certified brand leading coveralls manufactured solely from polyethylene causes uncomfortable sweating and bellowing. The bellows effect is created when air cannot pass through the fabric, this in turn creates currents of air through the zip, ankles, cuffs and face openings, a dangerous process that causes any particles in the atmosphere to be drawn directly into the suit. The use of a twin layer of microfibre fabric, laminated between two layers of polypropylene, is a design that gives maximum comfort, wearability and durability... but that s not all, when you buy Microgard Asbestos contractors coveralls you will be getting the best, but not paying the earth. Bellows Effect The bellows effect is created when a coverall is made from a nonbreathable material. As the wearer performs normal movements such as walking, the air inside the suit moves around. If it cannot pass through the fabric, this tends to create currents of air through the zip, ankles, cuffs and face opening. This causes any particles in the atmosphere to be drawn into the suit. Design Microgard 1500 uses our optimum pattern coverall designed for maximum comfort, wearability and durability. The design includes the unique x-seam hood for improved head fit. A full range of additional styles and accessories is available. Microgard 1500 is also available in white. Technical Information Construction Microgard 1500 uses the latest developments in microfibre, multi-layer spunbound technology. The fabric is a unique four-layer fabric with two adjacent micro-fibre layers. dusts air Liquids outside suit microfibre polypropylene inside suit The interface between these layers creates a high particle filtration efficiency whilst allowing high breathability. Microgard 1500 Fabric Properties Blocking ISO 5978 No blocking Flexing ISO ,250,000 Bursting ISO KpA Mean Tear ISO N Puncture pren N Fire retardancy ISO 6941 >50cm thread No severance Chemical barrier to EN368 Repellency Test Sulphuric Acid (30%) Repellency 96.7% Penetrations 0 Particle Barrier CEN TC162/WG3/TG3/N85 (fabric only) Particle Size % Penetration 3-3.5mµ 0.31% Finished Garment Tests Seam strength ISO N Reduced spray pren PASS (TYPE 6) Particle Barrier CEN TC162/WG3/TG3/N269 (TYPE 5) ( Full suit Sodium Chloride method) PASS Microgard 1500 Designed for protection against limited spray of liquid chemicals (Type 6) and hazardous dry particles (Type 5). All Microgard garments are generously sized to allow freedom of movement. The choice of the correct size is important in maximising the comfort and life of a garment. Please see the size chart shown on the Microgard user guidance notes. All information provided is for guidance only. The manufacturer has no knowledge of the full details of individual applications, so the final determination of the suitability of Microgard 1500 for any application is the user s responsibility. Microgard is designed and manufactured under an ISO 9001 quality control approved system. MICROGARD 1500// 06

8 Type 4 MICROGARD 2000// Low Hazard Liquid Spray Chemical Protection Type 5 Type 6 Radioactive Dust Barrier The technology rich Microgard 2000 standard hooded coverall offers all the features and benefits you would expect from an industry leader Type 4, saturation spray. 2 Type 5 & Type 6 and EN 1149 and EN radioactive dust hold out. Microgard 2000 is a garment manufactured with bound seams to provide enhanced liquid protection. Designed for protection against limited spray of liquid chemicals (Type 6), hazardous dry particles (Type 5) and Type 4 Saturation Spray Protection. Protection Level Ideally suited to Type 6 (reduced spray) applications due to its excellent liquid repellency properties. It is also ideal for Type 5 (dry particle) protection applications. Now with Type 4 Saturation Spray Protection Properties Microgard 2000 includes some of the latest fabric laminate technology and construction techniques to provide maximum strength Generous pattern and cut around arms, shoulder and legs for ease of movement and better safety. Elasticated hood to fit securely over face mask. Double fold over and sealable zip flap with laminate on both sides to maximise chemical and dust protection. Elasticated ankles and feet seal against liquid and particulate ingress. Sealed elasticated waist to maximise comfort and protection. Bound seam technology to maximise protection and minimise lint and fibre shedding. 3 7 Compared to competitive brands Microgard 2000 offers a significantly reduced risk of the coverall tearing in use to maximize wearer safety. The abrasion resistance of Microgard 2000 is up to 5 times higher than those measured on competitive garments. MICROGARD 2000// Microgard 2000 is supplied at a low unit cost compared to other leading brands, this combined with higher levels of durability offers users significantly reduced total workwear spend. Bound seams to provide enhanced liquid protection. Approved to EN Antistatic. Non Linting. Measured to ISO Shedding of particles >0.5mm was measured as nil. PLEASE NOTE: ALL FABRICS HAVE DIFFERENT PERMEATION PERFORMANCE. PLEASE CHECK OUR WEBSITE FOR PERMEATION DATA THAT MEETS YOUR SPECIFIC NEEDS. 07

9 Technical Information Double Bound seams 4 MICROGARD 2000// Scene of Crime Coverall Bound seams two raw edges of fabric are encapsulated and sewn through with a chain stitch. Binding provides enhanced liquid protection. 2 Construction The use of a high quality two-way stretched microporous film provides both effective liquid and particle barrier combined with a high water vapour transmission rate from inside to outside. Dust particles Liquids Microporous Film Polypropylene 8 Developed in conjunction with Police crime scene investigation officers this top of the range suit meets the stringent requirements of evidence collection procedure. MICROGARD 2000// MG2000 Hi-visibility Coverall moisture vapour Microgard 2000 Technical Profile Abrasion EN 530 (method 2) >500 Class 3 Bursting ISO KpA Class 2 Tear ISO N (MD) Class (CD) Class 1 Fire retardancy EN1146 : 1997 Pass Seam strength EN : N Class 3 (bound seams) Chemical EN 368 Repellency index Penetration Repellency n-heptane 87.7% 0.1% Isopropanol 93.9% 0.0% Sulphuric Acid 30% 98.1% 0.0% Sodium Hydroxide 10% 98.5% 0.0% Type 5 Particle Penetration pren ISO Suit test :2000 Pass Type 6 Reduced Spray test pren13034 Pass Surface Resistivity EN Conforms to anti-static requirements EN369 chemical permeation data Cr Na OH 10% > 480mg 40% > 480mg Aloxite Particle Penetration through 6 Microgard 2000 can also be made available with high visibility tape to provide enhanced visibility. (minimum order quantity required) Penetration Test Royco Channel µm <1% Particle Size µm <1% µm <1% µm <1% fabric only µm <1% >3.5µm no penetration Fabric complies to CEN TC162/WG3/TG3/N85 which requires particles in the size range mµ does not exceed 10% penetration. All Microgard garments are generously sized to allow freedom of movement. The choice of the correct size is important in maximising the comfort and life of a garment. Please see the size chart shown on the Microgard user guidance notes. All information provided is for guidance only. The manufacturer has no knowledge of the full details of individual applications, so the final determination of the suitability of Microgard 2000 for any application is the user s responsibility. Microgard is designed and manufactured under an ISO 9001 quality control approved system. MICROGARD 2000// 08

10 MICROGARD 2500// Low Hazard Liquid Spray Chemical Protection Type 5 Type 6 Design Microgard 2500 uses our optimum pattern coverall designed for maximum comfort, wearability and durability. The design includes the unique x-seam hood for improved head fit. A full range of additional styles and accessories is available. Technical Information Microgard stitched seams Designed for protection against limited spray of liquid chemicals (Type 6) and hazardous dry particles (Type 5). Construction The use of a high quality twoway stretched microporous film provides both effective liquid and particle barrier combined with a high water vapour transmission rate from inside to outside. Microporous Film Polypropylene Dust particles moisture vapour Liquids MICROGARD 2500// Microgard 2500 was the first limited life coverall in the world to use a microporous film to combine effective protection with a high level of wearer comfort. Protection Level Ideally suited to Type 6 (reduced spray) applications due to its excellent liquid repellency properties. It is also ideal for Type 5 (dry particle) protection applications. Meets the European EN standard required as a barrier to radioactive dust particles. Microgard 2500 has passed penetration tests according to ASTM 1671 as a barrier protection against viruses, bacteria and blood borne pathogens. Microgard 2500 coverall provides antistatic protection to EN standard. Properties Microgard 2500 uses one of the highest quality microporous films available on any limited life workwear. Most microporous coveralls use films that stretch in only one direction. The Microgard 2500 film has the unique property of being stretched in both machine and cross directions during manufacture. The result is that the tensile strength and stretch is high in both directions, resulting in a more durable and hard wearing suit. The outer layer of the fabric, consisting of a microporous sponge-like structure denies the passage of liquid molecules, yet allows the passage of vapour molecules to pass from inside to outside, so the wearer stays cool and comfortable. Excellent liquid repellency and particle barrier for protection against low hazard liquid and dust chemicals. Microgard 2500 coveralls are manufactured from composite material to give a strong tear and puncture resistant coverall. These features make it one of the toughest wearing coveralls in its sector. High strength, flexibility and stretch for comfort and durability. White in colour Microgard 2500 Technical profile Blocking ISO 5978 No blocking Flexing ISO 7854 >1,000,000 Bursting ISO KpA Tear ISO N (MD) 53N (CD) Puncture EN N Fire retardancy ISO 6941 >50cm thread No severance Chemical EN368 Repellency index Penetration Repellency Isopropyl Alcohol Water & detergent Sulphuric Acid 30% Surface Resistivity EN Conforms to anti-static requirements Chemical barrier EN 369 Breakthrough in mins 10% sodium hydroxide > 480 Particle barrier CEN TC162/WG3/TG3/N85 Particle Penetration through fabric only Royco Channel 5 (3-3.5mµ) 0% Royco Channel 1 (1-1.5mµ) <1% Finished Garment Tests Seam Strength ISO 5082 Stitched seam 85.7N Class 3 Welded seam 155N Class 4 Reduced Spray CEN TC162WG3TG3N110 Pass Particle CEN TC162 WG3TG3N113Pass Penetration Aloxite method (fabric, seam & zip) Royco Channel 5 Flux = 1544 Sodium Chloride method (full suit) Pass Spray test EN 1511 (Microgard 2500 PLUS welded seams only) Pass Jet test EN 1512 (Microgard 2500 PLUS welded seams only) Pass All Microgard garments are generously sized to allow freedom of movement. The choice of the correct size is important in maximising the comfort and life of a garment. Please see the size chart shown on the Microgard user guidance notes. All information provided is for guidance only. The manufacturer has no knowledge of the full details of individual applications, so the final determination of the suitability of Microgard 2500 for any application is the user s responsibility. Microgard 2500 is designed and manufactured under an ISO 9001 quality control approved system. 09

11 Type 3 Type 4 Type 5 Technical Information Microgard 2500 PLUS - welded seams Designed for protection against pressure spray and saturation (Types 3 and 4) of water based and low hazard chemicals. MICROGARD 2500PLUS// Maximum barrier protection against liquid and particulate hazards. Infectious Biogical Hazards Microgard 2500 Plus features ultrasonically welded seam technology that gives maximum barrier protection and a high level of user comfort. Protection Level Type 3 barrier to pressurised jet spray. Type 4 barrier to saturation spray of liquids. Type 5 barrier to particulate materials and dusts. ASTM 1671 barrier to viruses, bacteria and blood borne pathogens. EN barrier to infectious agents and biological hazards. Properties High strength, flexibility and stretch for comfort and durability. Extremely tough durable and hardwearing materials in use. Approved to anti-static standard EN White in colour Design Microgard 2500 uses our optimum pattern coverall designed for maximum comfort, wearability and durability. The design includes the unique x-seam hood for improved head fit. A full range of additional styles and accessories is available. MICROGARD 2500// 10

12 MICROCHEM Microchem 4000 Microchem Apollo Microchem Type II PROVEN VERSATILE, SAFE CHEMICAL PROTECTION STARTS WITH MICROCHEM Working with chemicals, you and your colleagues face hazards every day. Everything from an accidental spill or splash of light liquid to industrial chemicals, warfare agents and radioactive processes. Liquid chemical penetration is a physical process whereby a liquid penetrates a fabric by passing through pores or holes in the fabric. The European standard EN368 (referred to as the gutter test ) measures liquid penetration through a fabric and liquid repellency by a fabric. Permeation is the process by which hazardous liquid chemical moves through a protective material on a molecular level. Molecules of liquid absorb into the outer surface of the material. They then diffuse across the fabric and are released or desorbed from the inner surface. The resistance of Microchem fabric to permeation by a hazardous chemical is determined by measuring the breakthrough time and permeation rate of the chemical through the fabric. Permeation tests are carried out to ASTM f-379, EN369 or EN374-3 For more help and information call the Microgard team on or click 11

13 MICROGARD 3000// MICROGARD 4000// Chemical Breakthrough Charts Microgard 3000 chemical 2, Ethyhexanoic Acid >480 2-Chloroethanol 99% >480 2-(Dimethyl Amino) Pyridine 99+% 57 Acetic Anhydride >480 Acetic Acid Glacial >480 Acetone 21 Acetonitrile >480 Acrylamide >480 Acrylic Acid >480 Acrylonitrile >480 Ammonia Gas 2 Ammonia (liquid - 33 C) 2 Ammonium Hydrogen Fluoride >480 Amylacetate NT Aniline >480 Aqueous bacteria, straplmlocoocus Aureus >480 Arsenic Dust NT Benzene 2 Benzyl Sulphonyl Chloride (99%) >480 Benlate >480 Benzyl Chloride (99wt%) 16 Bonzi >480 Butanol n >480 Butyl Acrylate n 15 Chlorine Water (sat d 99.9+%) 2 Chloroacetyl Chloride 36 Chloroform 1 Chlorosulphonic Acid NT Chlorobenzene NT Cresol-m >480 Dichloroethane 1,2 4 Dichloroethylene trans 1,2 2 Dichloromethane 1 Diesel 15 Diethylamine 1 Di-Ethyl Ether 1 Diethanolamine 2,4 >480 N,N -Dimethyl Acetamide 99% >480 Dimethyl Sulphate >480 Dimethylformamide >480 Dimethylamine 40% >480 Epichlorohydrin (99%) >480 Ethyl Acetate 2 Ethyl Chlorohydrin 99% >480 Ethyl Glycol >480 Formaldehyde 37% >480 Formic Acid 90% >480 Hexamethylene Diamine >480 Hexane n 1 Hydrobromic Acid >480 Hydro Bromite Acid & Hydro Bromic Acid >480 Hydrochloric Acid 36% >480 Hydrofluoric Acid 40% >480 Mix of Hydrofluoric Acid 70%/ Fluorosilicic Acid 2.5%/ Sulphuric Acid 2.5% >480 Mix of Hydrofluoric Acid 71-75%/ Hexafluorosilicic Acid 0.3%/ Sulphuric Acid 1.0% >480 Hydrogen Peroxide 35% >480 Isopropyl Alcohol >480 Mercury >480 Methanol >480 Methyl Chloride NT Methyl Iodide >480 N. Methyl Pyrrolidone >480 Nitrile Acid Conc (70%) >480 Nitrobenzene >480 Nitroxynil 34%+ Eglumine 24.5% >480 Octave >480 Paraffin 25 Petrol (unleaded) 2 Phthalic Anyhdride (135 C) >480 Phenol 45 C) >480 chemical Phenol/Benzyl Alcohol 25/5 >480 Phosphoric Avid o 85+% >480 Phosphoric Pentachloride >480 Phosphoric Oxychloride 9 Pivalic Acid >480 Polyethylene Glycol 200 >480 Propionitrile 70 Sodium Bisulphate 40% >480 Sodium Cyanide (satd soln) >480 Sodium Fluoride (satd) >480 Sodium Hydroxide 50% >480 Sodium Hypochlorite >480 Sodium Methylate 30% >480 Sodium Monochloride >480 Sodium Silicofluoride (sat d) >480 Styrene 2 Sulphuric Acid 98+% >480 TEGO 51 >480 Tert-Butyl-methyl-ether NR Tetrahydrofurane (THF) 1 Thionyl Chloride 1 Thiourea Dioxide (sat d) >480 Titanium Chloride 2 Toluene 3 Toluene 2,4 Diisocyanate >480 Toluidine o >480 Transformer Oil 60 Trichloroethylene 2 Triethylamine 1 Xylene m 2 Zinc Bromide (sat d soln) >480 Microgard 4000 chemical 2-Aminoethanol (98wt%) > (Amino Ethoxy Ethanol) >480 2,4 Difluoroaniline >480 2-Chloro-Acryl-Nitrile >480 2, Ethylhexanoic Acid >480 3-N, N-Diethylenetriamine >480 Acetic Anhydride >480 Acetone >480 Acetronitrile >480 Acrylamide >480 Acrylic Acid >480 Acrylonitrile >480 Ammonia Gas 2 Ammonia (liquid - 33 C) 2 Ammonium Hydrogen Fluoride >480 Ammonium Hydroxide 20% v/v 145 Amylacetate >480 Aniline >480 Aqueous bacteria, straplmlocoocus Aureus >480 Arsenic Dust >480 Benzene >480 Benzyl Chloride (99w%) >480 Bromine (Pure, Liquid) 2 Bromine Soln (sat d) 10 Butanol n >480 Butyl Acrylate n >480 Chlorine Water (sat d 99.9+%) >480 Chloroacetic Acid (99wt%) (Solid-vap perm.) >480 Chloroacetic Acid Ethyl Ester (99wt%) >480 Chloroacetyl Chloride >480 4-Cloroaniline 75 C >480 Chloroform 11 Chlorosulphonic Acid 69 Chlorotoluene o >480 Chlorotoluene p >480 Chlorobenzene >480 Cresol-m in Water Solution (20g/l) >480 Cresol-o in Water Solution (20g/l) >480 Cresol-p in Water Solution (20g/l) >480 Di (aminopropyl) Amine >480 Dichloroacetone 1,1 >480 Dichloroacetone 1,3 >480 Dichloroethane 1,2 >480 3,4-Dichlorobenzotrifluoride (Liquid) >480 Dichloromethane 12 Di-Ethyl Ether 2 Diesel >480 Diethylamine 4 Diethylenetriamine >480 Diethanolamine (99wt%) >480 Dimethyl Sulphate >480 Dimethyl Sulphoxide (99+%) >480 Dimethylformamide >480 Dimethylamine 40% >480 Dipropylene Glycol Methyl Ether >480 Epichlorohydrin (99%) >480 Ethanol >480 Ethanolamine (98wt%) >480 Ethyl Acetate >480 Ethyl Benzene >480 Ethyl Chloroacetate (99wt%) >480 Ethylene Diamine >480 Ethylene Dibromide >480 Ethylene Glycol >480 Ethylene Oxide (gas at ca. 1 Atmos) >480 Fluorobenzene 105 Formaldehyde 37% >480 Formic Acid 90% >480 chemical Hexamethylene Disilazane (1,1,1,3,3,3) >480 Hexane n >480 Hydrobromic Acid >480 Hydrochloric Acid 36% >480 Hydrochloric Acid 40% >480 Hydrofluoric Acid 60% >480 Mix of Hydrofluoric Acid 70% / Fluorosilicic Acid2.5% / Sulphuric Acid 2.5% >480 Mix of Hydrofluoric Acid 71-75% /Hexa Fluorosilicic Acid 0.3%, Sulphuric Acid1.0% >480 Hydrogen Peroxide 35% >480 Hydrogen Sulphide >480 Isopropyl Alcohol >480 M-Acetat 75A >480 Maleic Anhydride >480 Mercury >480 Methanol >480 Methyl Chloride >480 Methyl Ethyl Ketone >480 Methyl Parathion >480 N. Methyl Pyrrolidone >480 Nitric Acid Conc. (70%) >480 N,N-Dimethylacetatemide (liquid) >480 Nitrobenzene >480 Oleum (30% by weight) 143 Paraffin >480 Perchloroethylene >480 Petrol (unleaded) >480 Phenol C) >480 Phenol in Water Solution (24g/l) >480 Phenol/Benzyl Alcohol 25/5 >480 Phosphorous Oxychloride Phosphoric Acid o 85+% >480 Phosphoric Pentachloride >480 Pivalic Acid >480 Polyethylene Glycol 200 >480 Propionaldehyde >480 Propionic Acid >480 Propionitrile >480 Propylene Oxide 99% 30 Propylene Oxide (liquid) 30 P-Nitrochlorobenze 88 C >480 Sodium Cyanide (satd soln) >480 Sodium Fluoride (satd) >480 Sodium Hydroxide 50% >480 Sodium Hypochlorite GPR >480 Sodium Monochloride >480 Sodium Silicofluoride (sat d) >480 Styrene >480 Sulphuric Acid 95+% >480 Tetrabutyl Methyl Ether 73 Tetracloroethylene >480 Tetrahydrofurance (THF) 19 Tetramethyl Ammonium Hydroxide (Sat d) >480 Thionyl Chloride 2 Thiourea Dioxide (sat d) >480 Titanium Cloride >480 Toluene >480 Toluene 2,4 Diisocyanate >480 Toluidine o >480 Transformer Oil >480 Trichloroacetic Acid 98% >480 Trichloroethylene 7 Treithylamine 5 Vinyl Acrylate >480 Vinyl Benzyl Chloride >480 Xylene m >480 CHEMICAL WARFARE AGENTS TNO-PML performed permeation tests with several chemical warfare agents on MicroChem 4000 material. The material is archived in our quality system with code 04FB1937 breakthrough times hrs : mins NOTE ALL RESULTS ARE IN MINUTES. NT = NOT TESTED All tests are conducted independently according to permeation test EN369. Results are a reflection of tests under laboratory controlled conditions on fabrics only and are not intended to indicate the duration of safe use for a garment. Determination of suitability of a garment for an application is the user s final responsibility. Results in green are assumed from a result on Microgard /Microchem 3000 fabric. Lewisite (L) >6:00 <24:00 Mustard Agent (HD) >24:00 Sarin (GB) >24:00 VX >24:00 12

14 3000 MICROCHEM 3000// Chemical Protection from jet sprays and/or saturation sprays of a wide range of chemicals. A particularly good barrier against acids Type 3 Type 4 Design Microchem 3000 uses our optimum pattern coverall designed for maximum comfort, wearability and durability. A re-sealable zip flap is added for extra protection. The design uses the unique x-seam hood for improved head fit. Vented for Extra Comfort For users working in warmer environments, Microchem 3000 Vented features a breathing vent to the back of the suit. The vent has been specially designed to pass the Type 3 and 4 spray tests. This means that Microchem 3000 Vented is the only breathable Type 3/4 suit available. Breathing Vent - Optional Extras Weld Back of garment Air in & out Twin baffles Vent cover Liquids denied passage Air in & out air conditioning for coveralls Technical Information Designed for protection against spray (Type 4 - EN1511) and heavy splash (Type 3 - EN1512) of liquid chemicals. Effective chemical barrier fabric to many hazardous chemicals commonly used in industry and agriculture (see separate list - over 100 chemicals tested) Lightness and flexibility provide comfort and wearability. MICROGARD 2500// Microchem 3000 is one of the lightest and most comfortable chemical protective garments available. Featuring soft and flexible fabric, strong welded seams and an effective wide ranging chemical barrier, it remains the preferred choice of industry for chemical protection. Protection Level Effective protection against hazardous liquid chemicals in Type 3 (pressure spray) and Type 4 (saturation spray) applications. The use of ultrasonically welded seams and a re-sealable zip flap provides impermeable seams and closures for added protection. Properties The fabric is a triple layer construction that combines an effective chemical barrier with softness, flexibility and a remarkable lightness. This means the wearer is well protected and achieves a level of comfort unmatched by any other coverall providing similar protection. Proprietary ultrasonically welded seams ensure no penetration of liquids through seams. The zip area is protected by a re-sealable zip flap covering well below the bottom of the zip. The effective chemical barrier is supported by a battery of chemical penetration tests conducted to the EN 369 permeation test. Microchem 3000 is antistatic to EN PLEASE NOTE: ALL FABRICS HAVE DIFFERENT PERMEATION PERFORMANCE. PLEASE CHECK OUR WEBSITE FOR PERMEATION DATA (PAGE 00) THAT MEETS YOUR SPECIFIC NEEDS. Microchem 3000 Fabric Properties Blocking ISO 5978 No blocking Flexing ISO 7854 >1,000,000 Bursting ISO KpA Distention ISO mm Tear ISO N (md) 31.2 (cd) Fire retardency ISO 6941 >50cm thread No severance Surface Resitivity EN Conforms to anti-static requirements Chemical barrier to EN368 Permeation Test Sulphuric Acid (95%) >480m Hydrochloric Acid >480m Methanol >480m Dimethylformamide >480m For further test results please see separate list. Finished Garment Tests Seam Strength ISO N (class 3) Spray Test EN 1511 Pass Jet Test EN 1512 Pass All chemical tests and breakthrough times quoted relate to laboratory tests on fabrics only. Seams and closures may have lower breakthrough times particularly when worn or damaged. The final determination of suitability for application is the user s responsibility. All Microgard /Microchem garments are generously sized to allow freedom of movement. The choice of the correct size is important in maximising the comfort and life of a garment. Please see the size chart shown on the Microgard /Microchem user guidance notes. All information provided is for guidance only. The manufacturer has no knowledge of the full details of individual applications, so the final determination of the suitability of Microgard / for any application is the user s responsibility. Microgard / is designed and manufactured under an ISO 9001 quality control approved system. 13

15 4000 MICROCHEM 4000// Chemical Protection from jet sprays and/or saturation sprays of a wide range of Acid, Solvent and Organic Chemicals Type 3 Type 4 The front opening features a double zip flap. The more traditional method of fastening the zip flap is to use double sided tape. However, this method is problematic because it relies on the user to ensure a positive seal between the tape and the body of the suit. On Microchem 4000 the inner zip closes the garment, whilst the outer zip ensures the zip flap is located and sealed correctly. This means a secure seal is achieved quickly and easily every time. Technical Information Double zip flap design Gauntlet length storm cuffs Microchem 4000 is a Type 3 and 4 limited life protective coverall that combines an exceptionally lightweight fabric with a high barrier to a range of hazardous chemicals. In addition, the unique design features ensure excellent protection against life threatening liquid chemicals is provided. Protection Level Microgard /Microchem 4000 is suitable for protection against hazardous liquid chemicals and has been tested to CE Type 3 ( pressure spray) and Type 4 (saturation spray) Properties The unique 5-layer fabric combines a lightweight textile feel with an exceptional barrier against hazardous liquid chemicals. Over 100 chemicals have been tested against the fabric to the EN permeation test. Design features such as quality ankle and wrist elastication, storm cuffing and unique double zip flap ensure a garment which is both usable and offers excellent protection. Design Microgard /Microchem 4000 uses the welded version of our optimum pattern, designed for maximum wearability, comfort and durability. The design includes the unique X-seam hood for a more comfortable fit around the face. Gauntlet length storm cuffs enable a secure seal with chemical gloves at the wrists. The inner cuffs feature comfortable knitted cuffing. Microgard 4000 Fabric Properties Blocking ISO 5978 No blocking Flexing ISO 7854 >1,000,000 Bursting ISO KpA Distention ISO mm Tear ISO N (md) 105.4N (cd) Puncture pren368 16N Fire retardancy ISO 6941 >50cm thread No severance Surface Resitivity EN Conforms to anti-static requirements Chemical barrier to EN369 Permeation Test Sulphuric Acid (95%) >480m Hydrochloric Acid >480m Methanol >480m Dimethylformamide >480m For further test results please see separate list. Finished Garment Tests Seam Strength ISO N (class 4) Spray Test EN 1511 Pass Jet Test EN 1512 Pass All chemical tests and breakthrough times quoted relate to laboratory tests on fabrics only. Seams and closures may have lower breakthrough times particularly when worn or damaged. The final determination of suitability for application is the user s responsibility. Microchem 4000 vs PVC Chemical Breakthrough Times: BS EN / BS EN 369 Chemical Name Concentration Breakthrough Breakthrough % times for PVC times for Microchem 4000 Sodium Hydroxide 48 > 480 mins > 480 mins Solution (Glacial) Acetic Acid mins > 480 mins Sulphuric Acid mins > 480 mins Methanol 14 mins > 480 mins Cyclohexanone 13 mins > 480 mins Ammonia solution mins 20 mins Non-Classified Mediums to BS EN Chemical Name Breakthrough Breakthrough times for PVC times for Microchem 4000 n-hexane 6 mins > 480 mins Unleaded Petrol 5 mins > 480 mins Toluene 4 mins > 480 mins Acetone 3 mins > 480 mins Chloroform 2 mins 11 mins MICROGARD 4000// NB. Based on general industry daata no claims are made about any specific PVC coveralls. Individual PVC manufacturers may be able to provide their own results. We suggest you check with your supplieer for specific results. 14

16 4000 Type 3 MICROCHEM APOLLO// Type 4 Fully Encapsulated Chemical Suit to EN340 CAT III Developed in the UK with the Fire & Rescue Services Bespoke Designs We recognise that not all applications are the same and that you may require specific design changes to ensure Microchem Apollo performs to your requirements. Our qualified pattern technicians can make required alterations quickly and efficiently. Please contact us for more information. Technical Information In many applications Microchem Apollo is a genuine low cost alternative to the much heavier, expensive traditional chemical suits. The fabric generally has a higher chemical barrier than PVC and other more expensive fabrics yet the price of Microgard Apollo is low enough for it to be considered a disposable suit. The barrier capability of any fabric may be reduced or destroyed on contamination by a chemical. For this reason all chemical suits, regardless of cost or fabric used should be considered single use. Resusable suits should be tested after each use particularly if contaminated. The use therefore of a disposable suit can be safer and more cost effective than using traditional reusable suits. Microgard Apollo/Saturn: gloves Microgard Apollo/Saturn: boots Outer Flap Attached glove Flap Flap Apollo sock Sleeve Selected chemical glove Chemical boot MICROGARD APOLLO// The Microchem Apollo is designed for use in conjunction with self-contained breathing apparatus worn on the interior of the suit. It features a fully sealed hood with visor, attached lightweight chemical isolation gloves, attached boots with boot overflap and an optional rear-mounted breathing apparatus (BA) pouch with rear entry double zip. Protection Level Microchem Apollo is designed for use in applications requiring protection against sprays and splashes of hazardous liquid chemicals. It has been tested to CE Type 4 (saturation spray) and CE Type 3 (pressure spray) The fully encapsulating design featuring attached gloves, boots and visor allows it to be used as an alternative to heavy reusable encapsulating suits particularly where comfort or speed of use is critical, such as rapid first response or chemical clean-ups. Microchem Apollo is based on MicroChem 4000 fabric and has been tested to the EN 369 permeation test against a wide range of chemicals. Design Made with highly chemically resistant Microchem 4000 fabric (see full chemical breakthrough tests) BA Pouch (sized to fit most Breathing Apparatus Cylinders) Heavy duty Mylar visor both Chemical resistant and low misting Integral Chemical Gloves Integral Boots Back Zip entry Welded Seams using the latest ultrasonic technology Bat-wing design enables easy air-gauge checking from within the suit Chest strap designed for securing a clip-on DSU (Distress Signal Unit) Guide cord may be used if necessary (not supplied) Adjustable internal support braces which increase mobility and enable users of varying sizes to comfortably wear the suit Available in sizes L; XL and XXL. Microgard Apollo Fabric Properties Blocking ISO 5978 No blocking Flexing ISO 7854 <300,000 Bursting ISO KpA Distention ISO mm Tear ISO N (md) 105N (cd) Puncture pren N Fire retardancy ISO 6941 >50cm thread No severance Surface Resitivity EN Conforms to anti-static requirements Chemical barrier to EN368 Permeation Test Sulphuric Acid (95%) >480m Hydrochloric Acid >480m Methanol >480m Dimethylformamide >480m For further test results please see separate list. Finished Garment Tests Seam Strength ISO N (class 4) Spray Test EN 1511 Pass Jet Test EN 1512 Pass All chemical tests and breakthrough times quoted relate to laboratory tests on fabrics only. Seams and closures may have lower breakthrough times particularly when worn or damaged. The final determination of suitability for application is the user s responsibility. PLEASE NOTE: ALL FABRICS HAVE DIFFERENT PERMEATION PERFORMANCE. PLEASE CHECK OUR WEBSITE FOR PERMEATION DATA THAT MEETS YOUR SPECIFIC NEEDS. All Microgard Apollo/4000 garments are generously sized to allow freedom of movement. The choice of the correct size is important in maximising the comfort and life of a garment. Please see the size chart shown on the Microgard Apollo/4000 user guidance notes. All information provided is for guidance only. The manufacturer has no knowledge of the full details of individual applications, so the final determination of the suitability of Microgard Apollo/4000 for any application is the user s responsibility. Microgard Apollo/4000 is designed and manufactured under an ISO 9001 quality control approved system. 15

17 4000 MICROGARD SATURN// Fully Encapsulated Airline Chemical Suit to EN340 CAT III Type 2 Type 3 Type 4 Type 2 Non gas tight positive pressure suit The Microchem Type 2 suit is designed for use in conjunction with an Airline breathing apparatus with either a half mask or full face mask. This should include a face piece with breathing hose, a belt mounted flow control or pressure reducer valve, (e.g Sundrom SR90 Airline Respirator with Filter back up) a compressed air supply hose and an industrial compressed air filtering unit. When used as instructed the suit allows compressed cool air to circulate within the suit and helps prevent the user from suffering early heat exhaustion. Fully Encapsulated Chemical Suit to EN340 Cat III Type 2 (positive pressure) and Type 3 jet spray and Type 4 saturation spray protection Design Made with highly chemically resistant Microchem 4000 fabric (see full chemical breakthrough tests) Air hose tail attachment Heavy duty Mylar visor both Chemical resistant and low misting Integral Chemical Gloves Integral Boots Back Zip entry Chest strap designed for securing a clip-on DSU (Distress Signal Unit) Welded Seams using the latest ultrasonic technology Exhalation valves fitted to ensure that the pressure change within the suit remains stable Available in sizes L; XL and XXL. MICROGARD 4000// 16

18 FR EN533 Index 1 EN1149 Antistatic MICROGARD FR / CFR// Type 6 Heat Resistant Low Hazard Liquid Spray Chemical Protection Protection Level Microgard FR is a disposable protective coverall tested to Type 6 (reduced spray), and to EN533 flammability test Index 1. Properties Microgard FR is soft, flexible and breathable, providing effective and comfortable Type 6 protection. The fabric features a unique reinforcing scrim that adds strength to make a more durable coverall. In the event of flash fire the FR properties of the fabric means it will not reduce the TPG performance. How it Works Microgard FR/CFR fabrics char at temperatures below their ignition point, disintegrating in the process and quickly extinguishing the flame. This effectively holds the flame away from the TPG providing an insulating layer of air between the suits. The result is that less heat comes into contact with the TPG, resulting in a lower incidence of body burn. Technical Information MICROGARD CFR// Microgard FR is suitable against hazardous chemicals and has been tested to relevant CE standards and Type 6 (reduced spray). It is not designed for protection against flames if used on its own, though it will perform better than standard disposable coveralls in protection against heat. Microgard CFR is designed to be used in conjunction with a Thermal Protective Garment (TPG), to improve the performance of the TPG whilst also offering protection against hazardous chemical, test type 4, category III. The Problem Unfortunately, thermal protective garments provide no protection against chemical splash. For this reason, in areas where protection is required against both the risk of flash fire and against the risk of chemical splash, users often wear a standard protective garment over the TPG. However... thermal mannequin testing has shown that this actually reduces the performance of the TPG. The chemical protective garment will melt and burn, holding heat against the TPG and increasing the incidence of body burn. The Solutions Microgard FR/CFR has been constructed using specially prepared fabric that will both protect against a variety of chemicals and provide flame retardancy sufficient to maintain and even improve the effectiveness of the TPG. Thermal mannequin testing (see following pages) has shown that the use of Microgard FR/CFR with a TPG can actually improve the overall thermal protection and reduce the incidence of serious body burns in the case of flash fire. PLEASE NOTE: ALL FABRICS HAVE DIFFERENT PERMEATION PERFORMANCE. PLEASE CHECK OUR WEBSITE FOR PERMEATION DATA THAT MEETS YOUR SPECIFIC NEEDS. Microgard FR Fabric Properties Microgard FR passes NFPA 701 Fire Retardency tests (both 1989 and 1991) Blocking ISO 5978 Slight blocking Flexing ISO 7854 >100,000 Bursting ISO kN/M2 Distention ISO mm Tear ISO N (md) ISO N (cd) Puncture pren N Flammability EN533:1997 Index 1 (tested in received condition only) Surface Resitivity EN Pass (applies to inside of garment only) Chemical Reppellency Repellency Penetration Sulphuric Acid 30% 95.2% 1.15% EN 368 Other chemical test results are available, please contact your supplier for further information. Applications for Microgard FR/CFR Steel Industry Protection against sparks, torch flames and grease during finishing. General Industry Alternative to traditional disposable garments for general dirty work where the risk of flame exists. Electrical and Gas Utilities Worn over thermal protective garments to protect against asbestos, rain and dirt. Telecom Industries Use during manhole access. Protect against contamination by hazardous chemicals. Especially where cutting torches or welders are used or where explosive gases may be evident. In North America the National Fire Protection Agency (NFPA) recommends organisations should recognise the need for wearing other types of PPE while wearing flame-resistant garments... It is also important that the other selected PPE be compatible with, and do not adversely affect, the performance properties of the flame-resistant garments. Organisations and end users are cautioned that wearing overgarments or other PPE that are not flame resistant over flameresistant garments can compromise the performance of the flame-resistant garment. NFPA 2113 Annex A, Explanatory Materials A

19 CFR MICROGARD CFR// Heat Resistant Type 4 Chemical Protective Suit EN533 Index 1 EN1149 Antistatic Type 4 Microgard CFR is suitable against hazardous chemicals and has been tested to relevant CE standards and Type 4 (saturation spray). Protection Level Microgard CFR is a disposable protective coverall tested to Type 4 (saturation spray), and to EN533 flammibility test Index 1. Technical Information Microgard CFR Fabric Properties Microgard CFR passes NFPA 701 Fire Retardency Tests (both 1989 and 1991) Blocking ISO 5978 Slight blocking Flexing ISO 7854 >5,000 Bursting ISO kN/M2 Distention ISO mm Tear ISO N (md) 25N (cd) Puncture pren N Flammability EN533:1997 Index 1 (tested in as received condition only) Surface Resitivity EN Pass (applies to inside of garment only) Chemical Barrier Tested to range of chemicals to standard ASTM F903, including: Acetone >60 mins Benzene >60 mins Ethanel >60 mins Sodium Hydroxide >60 mins Other chemical test results are available, please contact your supplier for further information. Finished Garment Tests Seam Strength ISO 5082 TBA Type 4 (jet test) EN 1512 Pass Microgard FR & CFR Thermal Mannequin Testing Thermal Mannequin Testing has been conducted to indicate the likely body burn injury as a result of flash fire when wearing different FR garments. The mannequin is covered by heat sensors to create a body map of predicted body burn injury.the flame exposure time is 3.5 seconds at a heat flux of 2.0 cal/cm 2. Please note that these tests are conducted under laboratory conditions and are not intended to give definitive information on fire protective properties of any garment but are to serve as a guide only. The final determination of garment suitability for an application is the responsibility of the user. TEST 1 TEST 3 BODY BURN PREDICTION Nomex IIIA only (No undergarments) 2nd degree burn = 37% 3rd degree burn = 12% Unprotected No information Microgard CFR over Nomex IIIA 2nd degree burn = 9% 3rd degree burn = 7% Unprotected No information TOTAL BURN INJURY 49% TOTAL BURN INJURY 16% 49% 16% This shows the total body burn prediction when wearing a Nomex IIIA suit only is 49%. TEST 2 This shows that wearing the Microgard FR coverall over the TPG instead of the traditional disposable protective coverall, actually improves the overall thermal protection, reducing the total body burn prediction to only 16%. Spunbonded Standard polypropylene Disposable Microgard CoverallsFilm Laminated 2nd degree burn = 23% 3rd degree burn = 30% Unprotected No information TOTAL BURN INJURY 53% 53% Disposable Type 5/6 coverall worn over Nomex IIIA (PP coated polypropylene - 54g, often used as an over-garment to Nomex in order to provide chemical splash protection). This shows the effect of the standard disposable protective garment, when worn over the TPG, is to reduce the overall thermal protection, increasing total body burn to 53%. TEST 4 Microgard CFR over Nomex IIIA 2nd degree burn = 35% 3rd degree burn = 9% Unprotected No information TOTAL BURN INJURY 44% 44% Because the CFR provides a higher level of chemical protection sufficient for Type 4 by the addition of a special film coating, the overall thermal protection is not as good as with the Microgard FR. However, with a reduction in total body burn to 44%, it is still an improvement on the Nomex IIIA only. Our Thermal Mannequin tests predict that: 1. Wearing just a Nomex IIIA overall when exposed to the flash fire, the wearer would suffer 49% body burn. 2. Wearing a standard disposable coverall over the Nomex IIIA to provide it with Type 6 chemical protection, will actually reduce the coverall flame retardant effectiveness and increase body burns from 49% to 53% under similar flash fire conditions 3. Wearing Microgard FR over Nomex IIIA to provide the wearer with Type 6 chemical protection, will INCREASE the overall flame retardant effectiveness and decrease body burns from 49% to 16% 4. Wearing a Microgard CFR over Nomex IIIA to provide the wearer with Type 4 chemical protection, will also INCREASE the overall flame retardant effectiveness and decrease body burns from 49% to 44% MICROGARD CFR// 18

20 MICROGARD Too warm MICROGARD COOL VEST// A cool vest that reacts to your body s heat and cools you down Too cold OUTLAST Products Traditional Products Microgard Cool vest with OUTLAST ADAPTIVE COMFORT Technology will feel cool against your skin to prevent overheating and maximise comfort in hot working conditions. When cold outside the PCM technology will trap heat to maintain comfort and warmth. Microgard Cool vest is available with a detachable hood and comes in three sizes. Garment Size Chart Size Medium Size Large Size XLarge W W W Chest Size Guide cms cms cms Microgard has developed a new concept in Cool Vests incorporating the latest Adaptive Comfort technology. When wearing MicroChem, other chemical protection suits or when working in other hot environments, your body temperature and humidity will fluctuate, leading to discomfort. To help maintain your personal comfort zone, OUTLAST Adaptive Comfort technology buffers those temperature swings by absorbing excess heat when you create too much and releasing it when you need it most. OUTLAST technology automatically helps your body adapt to your surroundings and activity and you stay more comfortable. The Microgard Cool vests detachable hood is fitted using Velcro fasteners to ensure a comfortable fit and a flexible approach to use in different applications. It can be worn either next to the skin or over a thin T-Shirt style garment. Wash at 60 C. Do not tumble dry. Do not iron. Industrial laundry not recommended. It is expected that after washes the Cool vest will begin to lose its ability to retain heat. Available in boxes of 10. MICROGARD CFR// Microgard Cool Vest are based on OUTLAST fabric contain OUTLAST phase change materials PCM s which adapt to your skins microclimate to buffer against overheating and sweating whilst also preventing chilling and shivering. The phase change takes place in a temperature range equal to your skin s ideal temperature resulting in a consistent and comfortable microclimate next to your skin. Developed by NASA, OUTLAST ADAPTIVE COMFORT technology was originally designed to help astronauts cope with large temperature fluctuations in space. Registered trademarks of OUTLAST Technologies Inc. OUTLAST layer Excess heat generated by the body is absorbed into the OUTLAST Thermocules PCM Stored heat is released back to your body Skin 19

21 MICROGARD ACCESSORIES A range of standard accessories is available in the Microgard range thats includes oversleeves, overshoes, cape hood & visor and overboots. Printing For those companies who wish to have their own branding or message printed onto their garments Microgard has an in house print operation, prices on request. MICROGARD SURE STEP// Durable overshoe with monofilament anti-slip sole Bespoke Garments Special garments are available on request. MICROGARD OVERSLEEVE// Protective Oversleeve New Microgard Sure Step features a revolutionary monofilament coating that makes it the best anti-slip overshoe available, as confirmed by independent laboratory tests. This unique coating also makes Microgard Sure Step stronger and more durable, resulting in a more effective and economical product. Microgard Protective Oversleeve Elastic top and elastic wrist XX long Bonded seams In addition, Microgard Sure Step features: Single seam for greater durability Liquid resistant material for safety and longer life Higher tensile strength for greater durability No delamination making the product lint-free Generous sizing to accommodate all shoe sizes Antistatic to EN Microgard Sure Step are available in either white or blue, one generous size only. Packaged in 100 pairs per carton. Microgard Gown With rear velcro fastening Microgard Sure Step Fabric Properties Property Test Method Units Value Weight ISO :1989 g/m 2 58 Tensile MD ISO :1989 N/50mm 110 CD 70 Elongation MD ISO :1989 % 70 CD 60 Water Resistance BS EN ISO cm H 2 O >200 Surface Resistivity EN Ω <5x10 10 Non-slip 20

22 GARMENT AVAILABILITY Microgard 1000 Microgard 1500 Microgard 2000 Microgard 2500 Microgard 2500PLUS PLEASE NOTE: ALL FABRICS HAVE DIFFERENT PERMEATION PERFORMANCE. PLEASE CHECK OUR WEBSITE FOR PERMEATION DATA THAT MEETS YOUR SPECIFIC NEEDS. NON STANDARD GARMENTS ARE AVAILABLE ON REQUEST. Microgard Coverall Style 013 Elasticated hood, wrists and ankles Microgard 1000 Microgard 1500 Microgard 2000 Microgard 2500 Microgard Coverall Style 011 Collar, elasticated wrists and ankles Microgard 1500 Microgard 2000 Microgard 2500 Microgard Bomber Jacket Microgard Coverall Style 014 Elasticatedhood, wrists, ankles and attached feet Microgard 1500 Microgard 2000 Microgard 2500 Microgard Overshoes Style 022 With elastication Microgard 2000 Microgard 2500 Microgard Oversleeves Style 024 With elasticated ends Microgard 2000 Microgard 2500 Microgard Lab coat Style 018 With studded opening Microgard 2500 Microgard Balaclava Hood Style 020 Elasticated face opening Microgard 2500 Microgard Overboots Style 023 With elastication and ties Microgard 1000 Microgard 2500 Microgard Trousers Style 016 With elasticated waist and ankles Microgard 1000 Microgard 2500 Microgard Jacket Style 017 With zip patch pocket Microgard 2500 GARMENT AVAILABILITY 21