Douglas Marine BIK® Elastomer Mooring Thimbles – 12–22 mm

ID 1380596

$ 40.77

1-2 weeks delivery time

Size:

12-14 mm
16-18 mm
20-22 mm

The Osculati Douglas Marine BIK® Elastomer Mooring Thimbles are manufactured from special black elastomer and are designed for elastic mooring applications. Installed on mooring lines with diameters from 12 mm to 22 mm, they help absorb loads and reduce stress on the line during mooring operations. The range includes versions with elastic load capacities of 160 kg, 250 kg, and 500 kg.

Description
Ask a Question

Osculati Douglas Marine BIK® Elastomer Mooring Thimbles – 12–22 mm

The Osculati Douglas Marine BIK® Elastomer Mooring Thimbles are designed to provide elastic load absorption for mooring lines. Manufactured from a special black elastomer, these patented thimbles reduce stress transmitted to the mooring rope by cushioning dynamic loads generated by waves, wind, and vessel movement.

Suitable for mooring lines from 12 mm to 22 mm, the BIK® thimbles are available in three sizes with elastic load capacities up to 500 kg, making them ideal for improving mooring comfort and extending the service life of ropes.

Key Features

Original Douglas Marine BIK® patented design.
Manufactured from special black elastomer.
Designed for elastic mooring applications.
Reduces stress on mooring lines during dynamic loading.
Suitable for rope diameters from 12 mm to 22 mm.
Available with elastic load ratings of 160 kg, 250 kg, and 500 kg.

Available Variations

Osculati Code	Line Diameter	Elastic Load	Colour
05.380.12	12–14 mm	160 kg	Black
05.380.16	16–18 mm	250 kg	Black
05.380.20	20–22 mm	500 kg	Black

Technical Specifications

Specification	Details
Brand	Osculati / Douglas Marine
Product Type	Elastic Mooring Thimble
Material	Special Black Elastomer
Suitable Line Diameter	12–22 mm (depending on version)
Elastic Load Capacity	160–500 kg
Colour	Black

Applications

Elastic mooring systems.
Reduction of shock loads on mooring lines.
Marina and dock mooring.
Protection of ropes from excessive dynamic stress.