HI-GRIP twisted cable tie 170-200 mm, material steel W1 HI-GRIP 170-200

Hose Clamps with Reliability – HI-GRIP worm drive clamp

The HI-GRIP worm drive hose clamp is a solid solution for securing hoses in a wide range of applications – from home installations, through automotive, to industry. Made of W1 carbon steel, it is characterized by high strength and reliability. It is a proven choice for both professionals and end-users who value durable and safe connections.

Design and materials

The HI-GRIP clamp in the W1 version is made of galvanized carbon steel, which provides resistance to corrosion. An additional passivation layer increases protection against external factors. The tape width is 13 mm (for the 170-200 mm range), which translates to an even distribution of clamping force and a stable connection. This clamp is a compromise between price and quality, ideal for applications where extreme chemical resistance is not required.

Application and benefits

HI-GRIP clamps are versatile and find applications in many industries:

• Hydraulic and pneumatic installations: Securing pipes and hoses in water, air and oil systems.
• Automotive: Securing fuel, cooling and air conditioning lines.
• Industry: Securing hoses in industrial machines and equipment.
• Construction: Clamping pipes in heating and sanitary installations.
• Home DIY: A quick and easy way to secure garden hoses, sprinklers or home installation elements.

Thanks to precise workmanship and compliance with BS5315 standard (confirmed by BSI Kitemark and NATO approval), HI-GRIP clamps guarantee:

• Leak-proof connection: Prevents leaks of liquids or gases.
• Tensile strength: Provides stable fastening even under high loads.
• Vibration resistance: Maintains the connection in dynamic conditions.
• Easy installation: The screw-on design allows for quick and precise clamping of the clamp.

It is worth remembering that versions made of stainless steel (304) and acid-resistant steel (316) are also available for applications requiring even greater resistance to chemical corrosion and extreme environmental conditions.