Heavy Duty Industrial Roller Guardrail

Product features:

This guardrail stands out with its ultra-heavy load-bearing capacity of up to 500kg per linear meter, capable of withstanding direct collisions from large forklifts and heavy handling equipment. The pre-assembled sections enable fast on-site installation, reducing construction time and labor costs. The roller is made of wear-resistant polyurethane material, which has good buffer performance to reduce the impact force during equipment collision, protecting both the guardrail and passing equipment. The hot-dip galvanized surface treatment provides 500 hours of salt spray corrosion resistance, ensuring long-term use in outdoor or humid industrial environments. It has passed ISO 9001 and CE certifications, fully meeting the safety standards of industrial sites, and the smooth surface of the rollers will not scratch the surface of handling equipment or workpieces.

Product specifications:

The overall height of the guardrail is 1050mm, with a roller spacing of 150mm and a single section length of 2000mm. The wall thickness of the steel bracket is 2.0mm, and the roller diameter is 76mm with a width of 120mm. The installation hole spacing is 500mm, compatible with M16 expansion bolts. The zinc coating thickness reaches 85μm, passing the 500-hour salt spray test without rusting. The weight is approximately 12.5kg per linear meter. The roller surface has a roughness of Ra1.6, ensuring smooth rotation and minimal noise during use. It supports customized section length and mounting position according to on-site needs.

Product application:

This guardrail is widely applicable to heavy machinery manufacturing workshops, automobile production lines, large warehouse sorting centers, port and wharf operation areas, and large-scale factory production zones. It is used to separate operation areas, prevent forklifts and heavy equipment from colliding with shelves and production equipment, protect on-site operating personnel, reduce equipment failure and downtime caused by collisions, and improve the overall safety and operational efficiency of industrial sites.