Xs scuba highland 2.0" stainless steel welded d-ring – 6mm 316 stainless harness d-ring

Description

The Highland 2.0" Stainless Steel Welded D-Ring is a heavy-duty attachment point designed for technical, recreational, cave, wreck, sidemount, and public safety diving applications. Constructed from premium 316 stainless steel with a fully welded design, this D-ring delivers exceptional strength, corrosion resistance, and reliability in demanding underwater environments.

Manufactured from robust 6mm stainless steel wire, this D-ring provides a secure attachment point for reels, spools, lift bags, stage bottles, lights, gauges, SMBs, and other essential diving accessories. The welded construction eliminates weak points and enhances durability, making it ideal for high-load applications commonly encountered in technical diving.

Its 2.0" size is compatible with standard scuba harness systems, backplates, sidemount configurations, and crotch strap assemblies, providing versatile mounting options for a wide range of equipment setups.

Built to withstand years of exposure to saltwater and harsh diving conditions, the Highland Welded D-Ring is an essential component for divers seeking dependable, professional-grade hardware.

Features:

• Heavy-duty welded D-ring design
• Constructed from marine-grade 316 stainless steel
• Manufactured from durable 6mm wire stock
• Exceptional corrosion resistance
• Strong attachment point for diving accessories
• Fully welded for maximum strength and reliability
• Compatible with standard scuba harness systems
• Ideal for backplates, harnesses, and sidemount systems
• Suitable for technical and recreational diving
• Durable marine-ready construction
• In stock and available for next day shipping

Specifications:

• Size: 2.0" (50 mm)
• Wire Diameter: 6mm
• Material: 316 Stainless Steel
• Construction: Fully Welded

Ideal For:

• Technical diving
• Recreational diving
• Cave diving
• Wreck diving
• Sidemount diving
• Backplate and wing systems
• Stage bottle attachment
• Harness customization