OUR ROPE, YOUR SOLUTION

Similar documents
Timm Signal Safety. Very durable indeed.

OFFSHORE HEAVY LIFTING

MORDEC Synthetic Ropes

Abrasion and Twist Effects on High-Performance Synthetic Ropes for Towing Applications

High Temperature Resistant Rope

Brummel Eye Splice with Dyneema 1-End

Technical Literature. Plasma. Rope Quick Q & A

VESSEL MOORING SYSTEM

lifting.com.au Fibre Ropes for Mining, Industrial & Marine Applications

Brummel Eye Splice SP-02(0718)

MOORING ROPES.

KATRADIS MARINE ROPES INDUSTRY S.A.

NEW ROPE TECHNOLOGIES IN MARINE APPLICATIONS

Hollow Braid - Limb Saver

VESSEL MOORING SYSTEM

Racing Line. New product DF 20 D-F1 D-F2. Zero tolerance to elongation.

Samson Commercial Marine

ROPE A NEW PERSPECTIVE ON RISK MANAGEMENT THROUGH LINE MAINTENANCE AND SELECTION

KITE LINES. Flying Lines, Depower Lines, Leader Lines & Safety Lines, Bridle Lines

SHIPPING ROPES SINCE 1796

Thinking about innovation.

Thermal properties of Fiber ropes

The Hazards of Snap-back Initial learnings from a serious incident of mooring line failure

Cost efficient deep-water lowering with HMPE rope. Neil, LIU Yong-Le Technical Manager DSM Dyneema APAC Dec 02, 2016

Spectra and Plasma Ropes

Marlow s Industrial & Utility ropes include products designed for cable pulling, winching, lifting, wire rope replacement, guy lines and general

Whatto Look For And Avoid Before Buying Polyamide /Nylon, Polyester, Polyethylene Or Polypropylene Ropes.

Residual Strength Testing of Dyneema, Fibre Tuglines

ROPES. Material Nylon. Construction 8 12 strand, plaited Measure Metric U.S.

Donaghys Winch Ropes. Handling & Installation Guide

Yacht Rope Solutions

2016 Catalog. hawserslingco.com

1.0 Purpose: To provide guidelines for selection, usage, inspection and rejection of rigging equipment

Longer End-to-End Splice

HISTORY. D. Koronakis SA started early in 1950, as a commercial ship chandler company, mostly impor=ng and trading: steel wire ropes and mooring ropes

OFFSHORE. SamsonRope.com

Photo Brian Gauvin THE ULTIMATE TUG SYSTEM

engineered synthetic sling solutions

THE ULTIMATE TOWING SYSTEM

SYNTHETIC LIFTING SLINGS HEAVY LIFT.

Loopie Sling SP-18(0718)

Abrasion and Residual Strength of Fiber Tuglines

ADDENDUM. Page iii, replace Foreword with: FOREWORD

Double Braid Eye Splice

Seamanship. A braided line comprises a core of braided or stranded threads covered with a sheath. The center or core of the line gives strength.

JIULI ROPE MARINE ROPE. JIULI ROPE CO.,LTD Head Office (Shanghai) Tel: (18 lines) Fax: JIULI

MoBiLe CrAnes. surelift. B y W i r e r o p e i n d u s t r i e s. tower CrAnes. port CrAnes

Technical Literature. Plasma. 12x12 Sling Inspection Guidelines

Universal Line / Auxiliary Ropes and Lines

SAFETY BULLETIN. SB1/2015 July 2015 M A RINE A C C I DENT INVES TIG A T ION BR A NCH. Figure 1: Zarga alongside South Hook LNG terminal

Tug of War. Plasma Rope with Spectra Fiber Wins Battle for Strongest Towline in the Sea

STRATOS. High performance fiber ropes for logging applications

ROPE. Average Tensile (lbs) Average. Tensile. (lbs)

MULETAPE, ROPE, GRIPS, AND LINES

RIGGING Blocks. Pulleys Slings Runners

International Safety Guide Chapter 23 for Inland Navigation Tank-barges and Terminals. Chapter 23 MOORING

Use of Synthetic Ropes in Deepwater Moorings

OFFSHORE Synthetic ROPE SOLUTIONS HIGH-PERFORMANCE. Synthetic Lifting & Lowering Solutions

RECOMMENDED YACHTING LINE DIAMETERS

Guide to Purchasing High Modulus Synthetic Fibre Mooring Lines

ISLAND MOORING SUPPLIES, LLC 2018 PRICE LIST

Alpine Safety Research, German Alpine Club

ROPE & TWINE. Low Prices Fast Shipping Huge Inventory. Three Easy Ways to Order. Continental Western Corporation

Unlimited Rope Solutions

Fatigue and Residual Strength of Fiber Tuglines

Appendix 11-B Anchor Handling Systems, Set Up and Handling

Synthetic Rope and Rope Systems

Guidance on Line Management Plans (LMP)

PROVEN, RELIABLE PRODUCTS FROM A TRUSTED PARTNER Samson Heavy-Lift Slings

Synthetic Mud Ropes for Offshore Mooring Applications Field History and Testing Data

Custom Cables and Ropes. Oceanographic and Research Solutions

Moor, Tend Mooring And Unmoor Ship - Supervisor Level -

ISLAND MOORING SUPPLIES, LLC (IMS)

OLYMPUS TLP TOW-OUT Shell s First Use of Synthetic Rigging Results in Operational and HSSE Benefits PROJECT OVERVIEW CASE STUDY

millerweblift.com Product Brochure Safe lifting and load restraint specialists

XD Hiking Strap, Main Sheet and Rudder Downhaul System

ELEVATOR STEEL WIRE ROPES for North America. Edition: July 2015

OIL AND GAS. Special steel wire ropes

Work at height. > Sécurité INDUSTRIE PRO Ref > Sécurité INDUSTRIE PRO Ref > Sécurité INDUSTRIE PRO 1445

1.0 WIRE ROPE DATA ELECTRO-MECHANICAL CABLE DATA INDUSTRIAL SYNTHETIC FIBER ROPES CHAIN DATA 12-30

A hose layline contains important information for specifying the replacement assembly: manufacturer, hose trade name, working pressure and hose ID.

Mooring and unmooring

woodlander B y w i r e r o p e i n d u s t r i e s

HARBOUR. High performance steel wire ropes

IMO ANCHORING, MOORING AND TOWING EQUIPMENT. Submitted by the Republic of Korea

Since Quality Cordage and Rope Products for Commercial Industrial Marine Communications

TUFF-EDGE F. Web Slings. 85% Higher Retained Strength * 30% Better Edge Cut Resistance

How twist can affect braided marine ropes

ESCONDIDO FIRE DEPT TRAINING MANUAL Section Truck Module Page 1 of 5 Ropes Care and Maintenance Revised

Ropes and Rope Work. Agriculture Mechanics Santa Ynez High School

HARBOUR SPECIAL STEEL WIRE ROPES

Abrasion and Fibre Fatigue in High Performance Synthetic Ropes for Ship Escort and Berthing

The importance of splicing especially for braids made with UHMWPE fibre

The use of a pulling device implies serious risks of injuries, property damage or even death. Do not underestimate its potential danger.

Technical Bulletin. Rope Inspection and Retirement

EVALUATION OF SYNTHETIC ROPE FOR STATIC RIGGING APPLICATIONS IN CABLE LOGGING

ELEPHANT COMPACTED ROPE

CUT AND WEAR PROTECTION

GUIDELINES ON SYNTHETIC MOORING LINES

Quicker and Safer Deployment of Deepwater MODU Moorings.

Transcription:

OUR ROPE, YOUR SOLUTION

Meeting the needs of ship owners and operators, today and tomorrow. The trend towards ever-larger vessels has dominated the industry over the last decade, with the world s leading carriers aiming for economies of scale to remain competitive and efficient, whilst retaining high standards of safety, reliability and service. In consultation with its longstanding clients in the shipping industry, BEXCO has developed a unique, purpose-built mooring solution, which satisfies the criteria demanded by owners and operators of these ultra-large vessels in terms of efficiency, ease of use, and economies achieved over the lifetime of the rope. The key to the solution lies in the design of the rope itself, which has been developed by BEXCO at its manufacturing and R&D facilities in Hamme in Belgium in cooperation with DSM Dyneema B.V. Dyneema and Dyneema, the world s strongest fiber are trademarks of DSM. Use of these trademarks is prohibited unless strictly authorized. 2

LIGHT Maximus is an in-house developed new rope with Dyneema SK78 fibres, creating a light but sturdy mooring solution for large vessels. Ever-increasing vessel sizes have called for mooring ropes bigger in diameter and heavier in weight, making them much harder to handle by vessel crews. With Maximus, Bexco creates a lighter mooring solution with reduced diameters (up to 50%), increasing the ease of use for crewmembers. Achieving a comparable breaking strength, Maximus is four times lighter in weight than the most commonly used synthetic mooring ropes, and seven times lighter than steel wire. WEIGHT PER TONNE BREAKING LOAD 5 4 3 2 1 0 Maximus Other synthetic mooring lines Steel wire Kg/100 Meter per Tonne 3

Testimonials from crews on our customers vessels confirm the ease of use of Maximus. Maximus not only allows for efficient and timely mooring thanks to its weight, the unique composition of the rope also allows for a safer mooring solution. SAFE Maximus increases the security on board by significantly reducing the danger zone for crewmembers in the unlikely case a rope snaps. Thanks to the limited stretch of Maximus, the released energy when snapping is minimal compared to other synthetic mooring ropes. Due to their elasticity, all synthetic ropes have a snapback when they break (through wear and tear or incorrect handling). The commonly used synthetic mooring rope lashes back with great force due to its high elasticity, which can be hazardous for crewmembers. Also wire ropes have strong snapback unravelling with great, snaking behaviour when breaking. The Dyneema fibre in Maximus however, limits the stretch of the rope which makes it behave differently when breaking. The snapback is greatly reduced increasing the security of the crew handling the rope. 4

Breaking Strength (F) Maximus Polyester Nylon 3% 12% 25% Elongation ABRASION RESISTANT Maximus is a coated rope. The coating, which is achieved by a specialised coating and drying procedure developed at BEXCO, limits the abrasion common to synthetic ropes, thus significantly extending the lifecycle of the mooring rope. The Maximus protective coating has an additional advantage compared to other HMPE (High Modulus Polyethylene) ropes protected by a braided jacket. Whereas a jacket may result in trapping heat inside the rope, potentially leading to damage to the rope strands and thereby reducing its service life, the Maximus coating will protect the rope against external abrasion without any risk of temperature build-up. 5

MADE-TO-MEASURE Maximus can be produced with different diameters, strengths and lengths in function of the vessel s hardware. BEXCO develops a custom-made Maximus rope that meets break load requirements (MBL) as per the OCIMF guidelines while not exceeding the Safe Working Load (SWL) of the vessel equipment and taking into account the desired rope diameter in accordance with winch specifications. Also other specific customer requirements can be taken into account. MAINTENANCE AND TRAINING BEXCO engineers will be on hand to train the crew in installation, usage and maintenance to get the best performance out of the Maximus rope. The crew will also learn how to check internal and external abrasion and how to identify the different stages in wear and tear. During port calls, our engineers can come on board to observe the way Maximus is being used and advise crews on how changes in way of handling and maintenance can prolong the Maximus lifetime. STOCK ON DEMAND Thanks to contractual stocks in the main ports in Asia and Europe, ship owners and operators can at all times count on the timely availability of Maximus for their vessels. 6

7

www.bexco.be