ACE W2 9mm Banding Stainless Steel AISI 430

The ACE W2 9mm Stainless Steel Banding delivers unmatched durability and versatility. Crafted from AISI 430 stainless steel, this 9mm wide, non-perforated band ensures secure, corrosion-resistant fastening. Additionally, the zinc-plated mild steel housing and screws add extra strength to the banding kit, making it an ideal choice for various industrial and outdoor applications.

Key Features & Benefits

Thanks to its advanced formulation, the banding offers:

• Durable Construction: AISI 430 stainless steel provides high corrosion resistance, ensuring longevity in harsh conditions.
• Versatile Use: It’s suited for outdoor, industrial, and marine applications.
• Secure Fastening: With a 9mm width, it delivers strong hold and reliability.
• Zinc-Plated Components: Additionally, zinc-plated housing and screws enhance durability.
• Complete Kit: Comes with 30 meters of banding along with 30 housings and screws, offering all you need in one package.

How Stainless Steel Banding Works

This stainless steel banding combines the strength of stainless steel with the convenience of an all-in-one design. The AISI 430 steel offers excellent rust resistance, making it suitable for outdoor use in harsh conditions. Furthermore, its non-perforated design allows for secure, flexible installation, and the zinc-plated components further enhance its durability. As a result, it provides a long-lasting banding solution for securing pipes, cables, and fixtures.

Ideal Applications & Instructions for Metal Banding

This metal banding is perfect for various settings, including:

• Industrial Applications: Securely fastens equipment and fixtures in demanding environments.
• Marine Use: With high corrosion resistance, it’s suitable for locations near water.
• Outdoor Projects: Moreover, it is reliable for long-term, outdoor applications.

To use, simply cut the band to the required length, attach the housing and screw, and tighten it around the object. Once in place, you’ll appreciate the kit’s performance, further supported by the following technical specifications…