Rigging Screw Fork - Terminal SS AISI 316 Metric Thread Closed Body

€ 42,86

1-2 weeks delivery time
Price incl. 19% VAT

Diameter, mm:

The Rigging Screw Fork - Terminal SS AISI 316 Metric Thread Closed Body is crafted from high-quality 316 offshore stainless steel, ensuring reliable performance in professional yacht rigging. With diameters ranging from 4 to 8 mm, this fork features a turnbuckle closed fork-tip with meter thread, offering precise adjustment for various rigging applications.

Description
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Rigging Screw Fork - Terminal SS AISI 316 Metric Thread Closed Body

The Rigging Screw Fork - Terminal SS AISI 316 Metric Thread Closed Body is a high-quality rigging component designed for professional yacht rigging. Crafted from 316 offshore stainless steel, known for its superior corrosion resistance, this fork provides excellent durability and reliability in demanding marine environments.

Available in a range of diameters, including 3, 4, 5, 6, 7, and 8 mm, the fork is compatible with various rigging setups and ensures precise adjustments. Its turnbuckle closed fork-tip with meter thread allows for fine-tuned adjustments, making it an essential part of any yacht rigging application.

Technical Specifications:

Ø mm cable	Thread	D mm	A mm	B mm	Length min - max mm	Weight kg	Breaking load daN
3	M6	6.3	13.0	7.0	171 - 243	0.079	1200
4	M8	8.0	17.0	8.0	199 - 275	0.145	1550
6	M12	12.7	25.0	14.5	288 - 397	0.505	5100
7	M14	12.7	25.0	14.5	317 - 435	0.586	6000
8	M16	12.7	32.5	17.0	368 - 500	0.868	8300

Key Features and Benefits:

Premium Material: Manufactured from high-quality 316 offshore stainless steel for excellent resistance to corrosion, ensuring long-term durability.
Turnbuckle Design: Equipped with a closed fork-tip and meter thread, providing precise adjustments for a secure and reliable fit.
Wide Range of Sizes: Available in diameters ranging from 3 mm to 8 mm to suit a variety of rigging applications.
Professional Use: Perfect for demanding yacht rigging applications, offering robust performance and reliability under challenging conditions.
High Breaking Load: Designed to withstand high breaking loads, ensuring safety and performance under heavy loads.

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