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Silicone Heater Mats / Sheets / Plates/heater
Silicone Heater Mats / Sheets / Plates/heater

Minimum Order: 0
Quality/Safety Certification: 0.00


Our product is made of silicone rubber, fiberglass textiles as its reinforcing material,
and wound

Our product is made of silicone rubber, fiberglass textiles as its reinforcing material,
and wound wires element or etched foil element. They are constructed using
silicone rubber lamination technology and are available in a variety of configurations
including: drum heaters, tapes, and blankets of many sizes with and without
pressure sensitive adhesives. The silicone rubber heaters are characterized
by their resistance to temperature extremes, moisture, weathering, radiation,
fungus, and chemical attack, plus its high dielectric strength, flexibility, and
cost effectiveness, and various shapes, holes, cutouts, profiled watt densities,
and multiple voltages. The close even spacing of the wires or etched foil elements
ensures a uniform heat distribution over the entire working area. The maximum
continuous operating temperature for a silicone rubber heater mat is 250°C.
Being thin and light weight, silicone rubber heaters have a low thermal mass
and therefore have rapid heat up characteristics and a fast response to temperature
control.

Our high quality products at competitive prices coupled with fast delivery times
all backed up by a full design and technical service to meet our customers' stringent
requirements. The product series are suitable for applications where precise
heating is required.

Silicone rubber heater features:
1) Precise even heating
2) Temperature range of -60°C to 220°C continuously
3) Easily bonded and/or mechanically mounted to heat sink
4) Optional self adhesive backing (PSA) and available for thermal insulation backing
5) Available with either etched foil or wire elements
6) Minimum thickness of 0.5mm
7) Voltage: from 2 to 600V with either AC or DC voltage sources
8) Watt density: max. 10W/cm²

Applications:
1) Thermal developing in graphic imaging equipment;
2) Prevent condensation in motors or instrument cabinets;
3) Freeze or condensation prevention in housings containing electronic equipment,
for examples: traffic signal boxes, automatic teller machines, temperature control
panels, gas or liquid control valve housings
4) Composite bonding processes
5) Semiconductor process heating
6) Food service equipment
7) Airplane engine heaters and aerospace industry
8) Drums and other vessels and viscosity control and asphalt storage
9) Medical equipment such as blood analyzers, medical respirators, test tube heaters, etc.
10) Curing of plastic laminates
11) Computer peripherals such as laser printers, duplicating machines

Detail information and special requirement, contact us please.

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