Securing High-Temperature Industrial Zones and Fire Routes: Vich Heat-Resistant Alloy and Fire-Resistant Perforated Cable Trays
1. Fire-Resistant perforated cable trays: Balancing Daily Ventilation and Fire Insulation
Vich's Fire-Resistant Perforated cable trays employ an intelligent, dual-effect layout.
Routine Thermal Management: Precision-engineered ventilation patterns along the bottom profile facilitate continuous air convection, lowering cable heat build-up and improving transmission efficiency.
Intumescent Fire Barriers: The tray surface is coated with Vich's proprietary intumescent fire-retardant coat (typically 1mm~1.5mm thick). Upon direct fire exposure, the film reacts instantly, swelling dozens of times its original thickness into a dense carbonaceous foam matrix that blocks heat transfer.
Meeting the Highest Standards: Vich's fire-rated tray system meets the E60 standard (per DIN 4102-12 testing). In simulated fires up to 1000°, the system maintains cable circuit integrity for over 60 minutes, securing precious time for rescue operations.
【Fire-Rated Tray vs. Standard Tray Performance Comparison】
| Technical Metric | Vich E60 Fire-Rated Tray | Vich Heat-Resistant Alloy Tray | Standard HDG Steel Cable Tray |
| Working Temp Range | -40°~120° | -60°~350° | -40°~150° |
| Thermal Conduction in Fire | Extremely Low (Blocked by carbon layer) | Low (Engineered alloy slows heat) | Extremely High (Quick heat transfer) |
| Deformation Resistance | Retains structure for 60min at 1000° | Zero structural creep up to 800° | Yield strength drops by half above 450° |
| Protective Finish | Intumescent paint + Pre-galvanized | Specialized high-temp finish | Pure zinc layer |
| Fire Class Rating | DIN 4102-12 E60 / UL 94 V-0 | Certified for extreme heat radiation | Non-combustible only; no thermal shield |
Scalable Manufacturing Validating Premium Protection (Superior Production Capability)
Vich boasts Superior Production Capability, operating fully automated heavy-duty multi-point perforation lines alongside intelligent coating curing systems. This ensures rapid turnaround on high-volume orders, while verifying that coating applications are applied uniformly across every corner.
【Fire Safety Procurement FAQ】
: Steel is naturally non-combustible. Why must emergency routes use specialized "fire-rated" trays?
A: While steel doesn't burn, it conducts heat rapidly. Under fire exposure, heat transfers directly through the steel, melting cable jackets and causing immediate short circuits. Vich's fire-resistant trays block heat transfer, keeping internal temperatures below cable thresholds to protect critical signal transmission.
Q: Where are Vich's Heat-Resistant Alloy Trays typically deployed?
A: They are engineered for molten metal casting platforms, blast furnace perimeters, and glass melting chambers that face persistent 200°~350° thermal radiation. Under continuous extreme heat where standard metals soften and warp, our alloy trays maintain 100% structural rigidity.
Keywords: China manufacturer fire-resistant perforated cable tray, heat-resistant alloy tray, high volume cable tray production, fire electrical safety, high-temperature cable protection