Electric Flexible Silicone Rubber Surface Pad Heater For Drum 3D Printer
The specification: 1. Maximum temperature resistance of insulating material: 250℃ 2. Maximum operating temperature: 250℃-300℃ 3. Insulation resistance: ≥5MΩ 4. Compressive strength: 1500v/5s 5. Can be made into various shapes and sizes (such as circle, oval, cone). 6. It can be installed by...
Description
Electric Flexible Silicone Rubber Surface Pad Heater for Drum 3D Printer
Introducing our Electric Flexible Silicone Rubber Surface Pad Heater for Drum 3D Printer, designed to meet the heating requirements of your 3D printing projects. Our product ensures efficient heating and uniform temperature distribution, leading to high-performance 3D printing.
Our electric flexible silicone rubber surface pad heater for drum 3D printers finds multiple uses in various industrial, commercial, and domestic applications. It can be used to heat the surface of the drum container of a 3D printer, which is necessary to obtain accurate printing results.
Our product offers several advantages over traditional heating methods. It is easy to install and use, requires no maintenance, and is resistant to acid and alkali corrosion. The heating pad is flexible, durable, and able to withstand high temperatures for extended periods without any damage.
Choose our company for your heating requirements because we have our factory and a team of highly skilled engineers who can provide professional guidance and the best solutions for your industry requirements. Our product is highly cost-effective, manufactured to the highest quality standards to provide value to our customers.
In conclusion, our Electric Flexible Silicone Rubber Surface Pad Heater for Drum 3D Printer is a reliable and efficient option for your 3D printing heating needs. It is versatile, easy to install and use, and built to last. Trust us to provide you with a high-quality product, excellent customer service, and reasonable prices. Get in touch with us today to explore the innovative world of 3D printing temperature control.
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 | |
Surface Temperature VS. Time:
This drawing explains the surface temperature of a silicone rubber heater when it is not insulated and be put vertically at 20 ºC still air. The data is supported as reference tool according to the standard structure of 1.4mm thickness.








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