Fire-resistant bridge with partition

Fire-resistant bridge架Sprayed with a fire-retardant paint on the surface of a standard bridge, it serves as a fire-resistant barrier! In fact, the bridge itself won't catch fire; it's only the cables that could potentially ignite. The fire-retardant principle of the paint...

Fire-resistant bridge trays are protected with a thickness in accordance with JB/T 10216-2000 "Electrical Control and Distribution Equipment."Cable TrayTable 10 specifies that electroplating should be greater than 12μm, hot dipping greater than 65μm, spray painting greater than 50μm, and fire-resistant greater than 500μm, which can be measured with a thickness gauge.

Flame Retardant Fireproof Bridgeway Main Parameters

Fire-retardant Paint

Appearance: Charcoal gray

Uniformly thick fluid, free of lumps;

Drying Time: 2 hours

Bond Strength: 0.78 Mpa

Seismic Resistance: The L/200 coating does not peel or flake off under bending.

Flexural resistance: No peeling or flaking of the coating at deflection L/100.

Fire resistance: No change in the coating after being soaked in tap water for over 24 hours.

Acid Resistance: Coating remains unchanged after soaking in 3% HCL for over 24 hours.

Alkali resistance: Coating remains unchanged after soaking in 3% Ca(OH)2 for over 24 hours.

Salt Resistance: Coating remains unchanged after soaking in 3% NaCl solution for over 24 hours.

Freezing Resistance: 15 times

Refer to the following for different fire-resistant coating thicknesses.

Fire resistance limit: h 0.5, 1, 1.5, 2, 2.5

Coating Thickness mm 0.4-0.6 0.8-1.0 1.4-1.6 1.8-2.0 2.4-2.6

Inorganic refractory board

Fire-resistant property, Grade A

Thermal Conductivity (W/M, K) ≤ 0.5

Tensile Strength (Mpa) ≥ 15

Compressive Strength (Mpa) ≥ 45

Bend Strength (Mpa) ≥ 35

Impact Resistance (Mpa) ≥ 2.0