705-0381 - Trident Marine 316 SS Non-Perforated Worm Gear Hose Clamp - SAE Size 6 - 10-Pack

316 SS Non-Perforated Worm Gear Hose Clamp - SAE Size 6 - 10-Pack

This premium marine-grade hose clamp is made from high-tensile-strength AISI 316 stainless steel. Designed with a smooth, non-perforated band that is 9.7 mm (0.382") wide, it features rolled edges to prevent hose damage while providing superior clamping force. The compact, one-piece housing is 14 mm (0.55") wide, ensuring durability and strength with one of the highest clamping force ratings available for worm gear style clamps.

Features:

• Long-lasting construction for a variety of general-purpose hose applications
• Non-perforated design reduces potential hose damage
• 7 mm screw head for easy adjustments

Recommendations:

• Measure the hose's outer diameter (O.D.) to select the proper clamp size
• Consider double clamping for critical applications to enhance security

Specifications:

• SAE Size: 6
• Hose Inner Diameter: 5/16" - 3/8"
• Clamping Range: 11/32" – 25/32" (13-20 mm)
• Recommended Torque (Inch lbs): 25-35

The Trident Marine 316 SS Non-Perforated Worm Gear Hose Clamp, part number 705-0381, is a marine-grade fastening component designed for general-purpose hose applications. Constructed from high-tensile-strength AISI 316 stainless steel, this clamp offers corrosion resistance suitable for demanding environments. Its non-perforated 9.7 mm wide band features rolled edges, which are intended to prevent damage to the hose material during installation and use. The compact 14 mm wide, one-piece housing contributes to its durability and clamping force. This SAE Size 6 clamp is engineered for hoses with an inner diameter of 5/16" - 3/8" and accommodates a clamping range of 11/32" � 25/32" (13-20 mm). Adjustments are made via a 7 mm screw head, with a recommended torque range of 25-35 inch-lbs. This product is suitable for IT infrastructure or facility managers requiring reliable hose securement in environments where material integrity and robust clamping are critical.