MIXED ROUNDSLINGS GRIZZLY UHMWPE SLEEVE POLYESTER CORE – GRIZZER
These mixed Grizzly roundslings are manufactured with UHMWPE sleeve and polyester fiber core. Ultra-High Molecular Weight Polyethylene is one of the most resistant material available on the market. With an excellent resistance to abrasion, cut, water and moisture, this material is particularly used to manufacture high strength roundslings for heavy lifting both in offshore and onshore industries. Grizzly slings are an ergonomic, safe and practical alternative to cable slings.
The range benefits
Guaranteed traceability with a unique identification number and the indestructible and ineffaceable label coated with polyurethane.Long lifespan: UHMWPE provides high resistance to cut, abrasion, sea water.
The resistance of the cable with the ergonomics of the textile, protects and does not damage the load.
Woven sheath: more resistant than knitted sheath, the weaving threads remain compact and prevent harming the sheath.
Ergonomic product: Grizzly roundslings are light and smooth, they are easy to handle.
Our advantages


About this product
Available up to 300 T (MBL 2 100 T).Grizzly roundslings can be used in small spaces, with smaller accessories thanks to its compact diameter.
At a similar sling diameter, the WLL is higher with a UHMWPE sling than with a polyester one.
Depending on your needs and/or your working site, we can evenly adjust your slings lengths.
Features
Download center
Product video
Schéma / Visuels
QUALITY TEST: we are able to test under static proof high capacities slings, and to provide you with test certificate.

Important information
Your safety depends on the proper use of your product. Refer to the user manual supplied with the equipment. Depending on your needs and / or your site, we can pair your slings to guarantee them the same length.Data such as weight are given for information purpose only and may be changing depending on the manufacturing method and the raw material sourcing.
We can test our production up to the highest capacities in our laboratory with fatigue or static under proof load tests.