Midland Industries COIL-400 Banding Coil 4 Inch Nominal

Product Description

The MIDLAND INDUSTRIES COIL-400 is a banding coil designed for use in clamping and banding applications where a secure, consistent wrap is required. This right-hand spiral coil has a 4-inch nominal diameter and is constructed from clear rubber, making it suitable for installation in environments where material visibility or cleanliness matters. Weighing 0.51 pounds, it is a lightweight component sized for straightforward field installation. HVAC technicians, plumbers, and mechanical contractors working with duct, pipe, and conduit banding systems will find this coil fits standard band-clamp workflows.

This banding coil is used in residential and commercial mechanical systems wherever band clamps are specified for securing duct sections, pipe insulation, or similar cylindrical assemblies. The right-hand spiral configuration is the industry-standard wind direction for most banding tools and worm-drive clamp systems. It is appropriate for new installation and replacement service work across a range of trade applications in the clamps and banding category.

Key Features

• 4-inch nominal diameter for compatibility with standard band-clamp applications
• Right-hand spiral coil geometry works with standard banding tools
• Clear rubber construction allows visual inspection of the banded joint
• Lightweight at 0.51 pounds for easy handling and installation
• Minimum order quantity of 1 for single-unit replacement or service use

Compatibility

Designed as an OEM-style replacement banding coil for standard 4-inch nominal band and clamp assemblies in mechanical trade applications.

Installation Notes

Installation is typically performed by HVAC technicians, plumbers, or mechanical contractors using standard banding tools. Ensure the surface to be banded is clean and free of debris before applying the coil. De-energize or shut off the system being serviced before beginning any clamping or banding work. Follow applicable mechanical codes for fastener torque and joint integrity requirements.