110v electric flexible rubber pad heater silicone heating element

Short Description:

The silicone rubber heaters have advantages of thinness,lightness and flexibility.It can improve heat transfer,accelerate warming and decrease power under the process of operation.Fiberglass reinforced silicone rubber stabilizes the dimension of heaters.

E-mail: elainxu@ycxrdr.com

Product Detail

Product Tags

Product Description

Silicone rubber heaters have the features of thin thickness and light weight, and can be easy to install and heat any shaped objects, with heating uniformity, stability and installation flexibility.

Operation Temperature	-60~+220C
Size/Shape limitations	Maximum width of 48 inches,no maximum length
Thickness	~0.06 inch(Single-Ply)~0.12 inch(Dual-Ply)
Voltage	0~380V.For other voltages please contact
Wattage	Customer specified(Max.8.0 W/cm2)
Thermal protection	On board thermal fuse,thermostat,thermistor and RTD devices are available as part of your thermal management solution.
Lead wire	Silicone rubber,SJ power cord
Heatsink Assemblies	Hooks,lacing eyelets,Or closure.Temperature control(Thermostat)
Flammability Rating	Flame retardant material systems to UL94 V-O available.

Advantage

1.Silicone Runner Heating Pad/Sheet has advantages of thinness,lightness,sticky and flexibility.

2.It can improve heat transfer,accelerate warming and decrease power under the process of operation.

3.They are heating fast and thermal conversion efficiency high.

Specifications

1. Length: 15-10000mm, width: 15-1200mm; Lead length: default 1000mm or custom

2. Circular, irregular, and special shapes can be customized.

3. The default does not include 3M adhesive backing

4. Voltage: 5V/12V/24V/36V/48V/110V/220V/380V, etc., can be customized.

5. Power: 0.01-2W/cm can be customized, conventional 0.4W/cm,this power density temperaturecan reach around 50 ℃, with low temperature for low power and high temperature for high power

Main Application

1.Thermal transfer equipment;
2.Prevent condensation in motors or instrument cabinets;
3.Freeze or condensation prevention in housings containing electronis equipment,for example:traffic signal boxes,automatic teller machines,temperature control panels,gas or liquid control valve housings;
4.Composite bonding processes
5.Airplane engine heaters and aerospace industry
6.Drums and other vessels and viscosity control and asphalt storage
7.Medical equipment such as blood analyzers,medical respirators,tes tube heaters,etc;
8.Curing of plastic laminates
9.Computer peripherals such as laser printers,duplicating machines