Price: ₹3,999.00 - ₹2,999.00
(as of Dec 03, 2022 20:30:07 UTC – Details)
RITEDEAL Silicone heater pad 24V 428W heater pad size 250 mm x 250mm for 3d printer heat bed
Product specifications:
Type : Silicone heating pad
Rated load: 24 V DC 218W
Wire : NTC 100K 3950 sensor wire and high temperature withstand wire for heating
24V 218W Maximum working temperature : 120C°( at room temperature)
Package content : 1 Qty 250mm x 250mm Silicone Heater pad
Application of Heating pad:
Peel off the 3M sticker and apply to 3mm or 4mm thick Aluminium build plate. Use Solid state relay or High power Mosfet in between control board and heating bed for safety precaution.
Important Notes: Please heat only when after it’s mounted onto the build plate (Aluminium plate recommended)
Durable silicone rubber construction Extremely even distribution of heat Moisture proof and chemical resistance Industrial duty cycles for Long life 3D Silicone
Heater Pad Size: 250mm x 250mm
Power: 24V DC 218W
Thickness: about 2mm
Working temperature: below 120 ℃(suggested )
* Silicon Rubber Heating Pad/Sheet has advantages of thinness, lightness, sticky and flexibility.
* It can improve heat transfer, accelerate warming and decrease power under the process of operation.
They are heating fast and thermal conversion efficiency is high.
Versatile and may be used in many other applications.
Main applications:
1) Thermal transfer equipment.
2)Prevent condensation in motors or instrument cabinets3) 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) 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, test tube heaters, etc.
It can improve heat transfer, accelerate warming and decrease power under the process of operation.
They are heating fast and thermal conversion efficiency is high.
