Premium DIY Silicone Heating Pad for 3D Printers with Thermistor

Product Details
Customization: Available
Certification: RoHS, CE
Type: Electric Coil
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Management System Certification
ISO 9001, ISO 9000, ISO 14001, ISO 14000, ISO 20000, QC 080000
Export Year
2014-04-27
  • Premium DIY Silicone Heating Pad for 3D Printers with Thermistor
  • Premium DIY Silicone Heating Pad for 3D Printers with Thermistor
  • Premium DIY Silicone Heating Pad for 3D Printers with Thermistor
  • Premium DIY Silicone Heating Pad for 3D Printers with Thermistor
  • Premium DIY Silicone Heating Pad for 3D Printers with Thermistor
  • Premium DIY Silicone Heating Pad for 3D Printers with Thermistor
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Basic Info.

Model NO.
JY-SRH254
Form
Heating Wire
Shape
Plate
Voltage
12V, 36V, 48V, 110V, 220V, 240V, etc
Wattage
Customized
Logo Mark
Make as Customer Required
Insulation
Red Sponge Insulator
Thickness
1.5mm or Customized
Power Density
3-5W/Square Centimetre
Working Temperature
-40-250 Degree
Heating Element
Nickel-Chromium or Copper-Nickel Resistance Wire W
Size/Shape Limitations
Maximum Width of 48 Inches, No Maximum Length
Structure Materia
Silicone Rubber and Metal
Heat Transfer Surface
Plate Heat Exchanger
Temperature Rating
400 ° F ( 204 ° C ) Maximum Operating
Power Lead Wire
Silicone Rubber, Sj Power Cord, or PTFE Insulate
Silicone Heater Water Proof
IP44
HS
85168000
Transport Package
Carton with Plastic
Specification
Customized silicone heater
Trademark
Jaye
Origin
China
HS Code
851680000
Production Capacity
100000PCS/Month

Packaging & Delivery

Package Size
30.00cm * 20.00cm * 10.00cm
Package Gross Weight
10.000kg

Product Description

Introducing the Multi-Purpose Silicone Resistance Heater - engineered for a world of applications.

Jaye Heater's Electric Flexible Silicone Rubber pads are a masterpiece of engineering, crafted with precision using premium silicone rubber. These pads offer an incredible level of flexibility, allowing them to conform effortlessly to a wide variety of surfaces. This adaptability makes them perfect for a spectrum of uses, from enhancing the performance of heating beds in cutting-edge 3D printers to ensuring precise temperature maintenance on industrial drums and other equipment. The remarkable ability to bend and mold these pads results in uniform heat distribution, which is essential for achieving impeccable consistency in your operations.

Outstanding Features: Engineered with precision to perfectly match the actual shape and dimensions, even for complex three-dimensional geometries, to seamlessly integrate with your equipment. The moistureproof and non-slip nature of the silicone rubber material guarantees an extended working life for the heaters.
Easily adhere to your components using sulfuration, adhesive, or fixers for seamless integration.
These silicone rubber heaters boast a sleek design, being thin, lightweight, and incredibly flexible. They not only enhance heat transfer and accelerate warming but also optimize power efficiency during operation. The fiberglass reinforcement within the silicone rubber ensures dimensional stability across the heaters.
Premium DIY Silicone Heating Pad for 3D Printers with Thermistor
 

Surface Temperature VS. Time Analysis:

Premium DIY Silicone Heating Pad for 3D Printers with Thermistor
This detailed illustration provides insights into the surface temperature dynamics of a non-insulated silicone rubber heater positioned vertically in still air at 20 ºC. The data serves as a valuable reference based on a standard structure of 1.4mm thickness.
 
 
 
Comprehensive Technical Parameters:
Dimension Dimensions on request
Thickness 4.5mm Note: There is an extra thickness at the connection point.
Heating element Nickel-Chromium or Copper-Nickel resistance wire wound around a fiberglass core Nickel-Chromium or a Copper-Nickel resistance wire
Voltage Any voltage on request
(Any AC or DC)
Output Up to 5KW/M2
Tolerance ±10% on resistance
Max surface temperature 300 degree
Min exposure temperature -60 degree
 Size/Shape Limitations  Maximum width of 48 inches, no maximum length
 

Intricate Construction Details:
Premium DIY Silicone Heating Pad for 3D Printers with Thermistor

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Guidelines for Raw Materials:
Premium DIY Silicone Heating Pad for 3D Printers with Thermistor
Versatile Appliance Applications:
Efficient freezing protection and pressure resistance, suitable for a wide array of instruments and equipment.
Ideal for use in medical equipment such as blood analyzers and test pipe heaters, among others.
Perfect for auxiliary computer equipment including laser printers, enhancing their functionality.
Specialized in plastic film sulfuration processes.
Premium DIY Silicone Heating Pad for 3D Printers with Thermistor

Comprehensive Order Guide:

1. Specify your Length and Width requirements for perfect customization.
2. Determine your Voltage and Power needs for optimal performance.
3. Inclusion of high-quality 3M adhesive for secure application.
4. Consider the addition of a Temperature Controller for precise regulation.
5. Specify the Quantity you require for your projects.
Premium DIY Silicone Heating Pad for 3D Printers with Thermistor
Premium DIY Silicone Heating Pad for 3D Printers with Thermistor
Premium DIY Silicone Heating Pad for 3D Printers with Thermistor

 
Premium DIY Silicone Heating Pad for 3D Printers with Thermistor

Frequently Asked Questions (FAQ)

(1). Q: Can you offer a discounted price?
A: Our pricing is quantity-dependent. The larger your order, the greater the discount you can enjoy.
(2). Q: How can I obtain a sample?
A: Typically, we provide samples free of charge for small quantities, with customers covering shipping costs. Alternatively, you can provide your courier account number for services like DHL, FEDEX, EMS, or UPS. For larger quantities, a sample fee applies.
(3). Q: Why are your prices slightly higher than other suppliers in China?
A: Our focus is on producing high-quality, performance-driven products to forge enduring and friendly partnerships with all our valued customers.
While our prices may not be the absolute lowest, we offer unparalleled cost-performance value.
(4). Q: How do you ensure the mass production quality matches the sample provided earlier?
A: To maintain consistency, our warehouse staff retains a replica sample marked with your company name for reference before sending out the original samples, ensuring that mass production matches the initial sample's quality.

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