Bsc Preferred CTMD35 Detectable Nylon Cable Ties

Product Description

The BSC PREFERRED CTMD35 is a detectable nylon cable tie that blends nylon with metal to provide magnetic properties throughout the tie body. This design allows the ties to be detected by metal detection equipment, making them a reliable contamination-control tool in pharmaceutical and food processing environments. The CTMD35 offers weather resistance for outdoor or variable-condition applications and is a more cost-effective alternative to stainless steel cable ties. Each case contains 100 ties. Installation does not require specialized tools and suits facilities managers, packaging technicians, and maintenance staff.

The CTMD35 is suited for use in food production, pharmaceutical manufacturing, and packaging operations where foreign-body contamination control is required. The metal-detectable construction helps facilities meet HACCP and contamination-prevention protocols. Weather-resistant properties also make these ties viable for outdoor bundling and securing tasks beyond controlled environments.

Key Features

• Metal-detectable nylon construction provides magnetic properties throughout the tie body
• Guards against contamination risk in pharmaceutical and food industry applications
• Weather-resistant material for indoor and outdoor use
• More cost effective than stainless steel cable ties
• Sold in a case quantity of 100 ties

Compatibility

Designed as a general-purpose detectable cable tie suitable for standard bundling and securing applications in food, pharmaceutical, and packaging environments. This product is equivalent to part number S-16564.

Installation Notes

No special tools are required to apply these cable ties. Ensure the selected tie length and loop size are appropriate for the bundle diameter before installation. In regulated food or pharmaceutical facilities, follow site-specific foreign-body control procedures when deploying or removing ties. Dispose of broken or used ties according to facility contamination-control protocols.