Bsc Preferred FR2436 Polyurethane Foam Packing Material

Product Description

The BSC PREFERRED FR2436 is a reusable polyurethane foam packing material designed to cushion delicate and irregularly shaped products during storage and transit. The foam is exceptionally soft, conforming quickly around irregular contours to absorb shock and prevent damage. Its lightweight construction helps control package weight without sacrificing protection. The material also carries high resistance to mildew, making it suitable for a range of storage environments. At 7.14 pounds per unit, it balances density with ease of handling for warehouse and shipping personnel.

The FR2436 is used in packaging and shipping operations where fragile or non-standard items require reliable cushioning. It functions effectively as both a protective wrap around individual components and as void fill inside shipping cartons. Trade packaging professionals, warehouse staff, and fulfillment teams will find it well suited for high-volume or specialty pack operations handling electronic components, HVAC parts, plumbing fixtures, or similar trade supplies.

Key Features

• Reusable polyurethane foam construction reduces material waste over multiple shipping cycles
• Very soft and conforming - cushions irregular and delicate shapes without rigid forming
• Lightweight design minimizes added package weight
• High mildew resistance supports use in varied storage conditions
• Functions as both a protective wrap and a void fill material

Compatibility

Designed as a general-purpose protective packing foam suitable for cushioning and void fill applications across a wide range of packaging and shipping needs. This product is equivalent to part number S-7546.

Installation Notes

No tools are required for use. Cut or tear the foam to the desired size to fit around products or fill void space inside cartons. Inspect foam for compression set or tears before reuse to confirm continued protective performance. Store in a dry location away from direct sunlight to preserve material integrity.