Abnormal-Shaped Silicone Rubber Heaters for Cone

Description

Abnormal-Shaped Silicone Rubber Heaters for cone,square heaters, rectangular heaters,round heaters,triangle heaters,trapezoid heaters,cirque heaters, polygon silicone rubber heaters.Abnormal-Shaped Silicone Rubber Heaters,Silicone  Rubber  Heaters  have  wire-wound  or  etched  foil  heating  elements  protected  by fiberglass-reinforced  silicone rubber  vulcanized  and  compressed  at  high  temperature  and  press.They  are  thin,  bendable  and  shaped  to  fit  almost  any  equipment.  Heat  can  be  applied  to  the most  complex  shapes,  geometries,  curves  and  pipes  conceivable  without  sacrificing  efficiency  or dependability.  Silicone rubber heating pads mats blanket belts sheets can be made in any flat shape as square, rectangular,round,triangle,trapezoid,cirque, polygon silicone rubber heaters,etc. by die-cut even with holes and gaps or cuts.

Technical  Parameters:
1 ）Maximum  temperature  resistance  of  insulator：250℃
2 ）Maximum  operation  temperature： 200℃
3 ）Insulation  Resistance：≥500  MΩ/DC  1000V
4 ）Breakdown  Voltage：≥  AC1500v/5S
5 ）Capacity  Tolerance：±5%
6 ）Temperature  range:  -60℃—250℃  continuous  heating;  Heating  element:  Available  with  either
etched  foil  or  wire-wound  elements:
7 ）Dimension:Maximum  1.2m×Xm    Minimum  15mm×15mm;  Thickness  1.5mm（Thinnest  0.8mm，
Thickest  4.5mm）Lead  wire  Length:Standard  130mm.

INSTALLATION:
1 ） with  backing  PSA  (Pressure  Sensitive  Adhesive  or  called  self  adhesive,  self  stick  adhesive)
as  3M  PSA
2 ） with  vulcanization  or  curing  and  compression  at  high  temperature  and  press
3 ） with  spring  and  hole  or  eyelet
4 ） with  clamps
BENEFITS:
1 ）Heating  evenly,accurate  and  adjustable
2 ）various  shapes,  holes,  cutouts,  profiled  watt  densities  and  multiple  voltages
3 ）Put  heat  exactly  where  it  is  required
4 ）High  dielectric  strength,  flexibility,  bendable  and  cost  effectiveness.
5 ）Resistance  to  temperature  extremes,  moisture,  weathering,  radiation,  fungus  and  chemical
attack
6 ）Heat  can  be  applied  to  the  most  complex  shapes,  geometries,  curves  and  pipes  conceivable
without  sacrificing  efficiency  or  dependability.
7 ）Easily  bonded  and/or  mechanically  mounted,  even  onto  the  curving  surface.

APPLICATION:
1)  Thermal  developing  in  graphic  imaging  or  heating  transfer  printing  equipment;
2)  Prevent  condensation  in  motors  or  instrument  cabinets;
3)  Freeze  or  condensation  prevention  in  housings  containing  electronic  equipment,
for  examples:  liquid  battery,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

Notes:  Voltage,wattage,size  and  shape  can  be  customized.(as  cone,ellipse  shape  etc.)

Abnormal flat shape of silicone heaters by pictures show:

Abnormal shape Silicone rubber pad heaters for cone               3D printers silicone hotbed with holes for fixing

Silicone rubber panel heaters with holes                                       silicon mat heater with gaps and holes

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