Manchester Adopts Durable Galvanized Cable Trays for Safety

Corrosion in cable management systems presents significant challenges to performance and safety, particularly in demanding industrial environments. Unitrunk's pre-galvanized cable tray systems offer engineered solutions designed to withstand these conditions.

Manufactured from pre-galvanized mild steel compliant with BS EN 10346:2009 standards or hot-dip galvanized per BS EN ISO1461 specifications, Unitrunk cable trays deliver superior corrosion resistance. All products meet the stringent requirements of BS 61537:2007, ensuring reliability across applications.

The system offers three load-bearing classifications—light, medium, and heavy-duty—with standardized perforations for ventilation and accessibility. Surface treatments are tailored to environmental demands, ranging from basic protection to specialized coatings for aggressive chemical exposure.

Continuous product development incorporates advanced computer-controlled manufacturing technologies. The company maintains production facilities capable of rapid response to evolving market requirements, positioning its systems at the forefront of cable management solutions.

Optimal cable tray selection requires evaluation of multiple technical parameters:

Calculate total cable weight including potential environmental loads (snow, ice, dust). Apply 20-30% safety margin and verify against manufacturer's load-span curves. Capacity varies significantly between light, medium, and heavy-duty configurations.

Evaluate exposure to moisture, UV radiation, temperature extremes, and chemical vapors. Industrial environments often require enhanced corrosion protection compared to standard indoor installations.

Standard galvanized steel suits most general applications. Stainless steel provides superior chemical resistance for processing plants. Aluminum offers lightweight advantages, while fiberglass delivers non-conductive properties for specialized electrical environments.

Ladder-type designs optimize heat dissipation for power cables. Trough-style trays provide enclosed protection for sensitive control wiring. Modular systems allow customized layouts for complex routing requirements.

Determine appropriate mounting method (overhead suspension, wall mounting, or floor support) based on structural constraints. Verify all hardware compatibility and load-bearing capacity of support structures.

Specify necessary fittings including connectors, elbows, tees, reducers, and covers. Proper accessory selection ensures system integrity and maintains protection levels throughout the cable run.

Verify conformance with relevant national and industry-specific regulations. Documentation should include third-party certification of material properties and load ratings.

Select manufacturers with demonstrated quality control processes and technical support capabilities. Review product testing data and request references for similar installations.