HellermannTyton Cable Tie, Roller Ball, 127mm x 4.6 mm, Metallic 316 Stainless Steel, Pk-100

HellermannTyton Cable Tie, 127 (L) x 4.6mm (W), Metallic Colour, Pack of 100 - MBT5S Series - 111-93059 MBT5S-SS316-ML

When you're working in tough conditions, this cable tie from HellermannTyton is up for the challenge. Made from stainless steel, it's not only strong but also resistant to chemicals, fire and corrosion. That means you can use it to bundle up pipes and hoses in harsh outdoor environments like oil rigs and chemical laboratories. A high tensile strength of 900N makes the fastener compatible with heavy-duty equipment. As it's anti-magnetic, it's safe to use with other metals.

When you're working in tough conditions, this cable tie from HellermannTyton is up for the challenge. Made from stainless steel, it's not only strong but also resistant to chemicals, fire and corrosion. That means you can use it to bundle up pipes and hoses in harsh outdoor environments like oil rigs and chemical laboratories. A high tensile strength of 900N makes the fastener compatible with heavy-duty equipment. As it's anti-magnetic, it's safe to use with other metals.

Features & Benefits

• Non-releasing rolling ball lock ensures a grip you can rely on• Broad operating temperature range between -80°C and +538°C means it performs reliably in extreme conditions

• Non-releasing rolling ball lock ensures a grip you can rely on• Broad operating temperature range between -80°C and +538°C means it performs reliably in extreme conditions

Applications

• Theatre lighting installations• Shipbuilding and offshore platforms• Mass transportation industry

• Theatre lighting installations• Shipbuilding and offshore platforms• Mass transportation industry

How does this cable tie behave in a fire?

This product is non-burning, so it won't catch alight. It's also halogen-free, which means it won't emit toxic fumes when heated.

This product is non-burning, so it won't catch alight. It's also halogen-free, which means it won't emit toxic fumes when heated.