Last Updated： Aggregation Period:Oct 01, 2025～Oct 28, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Oct 01, 2025～Oct 28, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Oct 01, 2025～Oct 28, 2025
This ranking is based on the number of page views on our site.
1～15 item / All 27 items
Heating element temperature 1000°C to 1650°C. High-quality silicon carbide heating element.
Please consider the Silicon Carbide heating element Global SD, which contributes to overall cost reduction for customers through the release of energy-saving heaters that are long-lasting, low-priced, and have short delivery times, while also being environmentally conscious.
Kantar is a top manufacturer of heating elements.
This is an introduction to our business division. For details on the product lineup, please refer to the separate document.
USB power specifications! Printing carbon-type planar heating element with small heat capacity and rapid temperature rise.
The "FHE Series" is a sheet-type heating element that forms a silver circuit through screen printing and then prints carbon between the circuits, allowing electricity to flow and heat the carbon. By using PET or PEN film, it is possible to create a thin and highly flexible heater. Due to its sheet form, it has a small thermal capacity and a quick temperature rise, and it also includes a burn prevention feature. 【Features】 ■ Carbon heating element constructed with screen-printed circuits ■ Flexible due to the film base ■ Small thermal capacity and quick temperature rise ■ Equipped with burn prevention feature ■ USB power specification (5V) ■ Can be powered by a computer, USB adapter, or mobile battery *For more details, please refer to the PDF document or feel free to contact us.
[Free Sample Available] A heating material made by turning a new carbon nanotube (CNT) material into paint and applying a thin film coating.
Unlike planar heating elements made from metallic materials such as nichrome wire, this is a material that heats uniformly across its entire surface. HEATNEX uses CNT as a resistive element and prints it onto a film, achieving a flexible heating material. By adjusting the transparency, it can be made close to transparent and can also accommodate specifications that allow light to pass through. 【Features】 ■ A flexible heating material that can heat uniformly across its entire surface. ■ Heats efficiently through heat conduction and far-infrared radiation. ■ Excellent thermal conductivity and thermal radiation, allowing for instant heating and cooling. ■ It is possible to create a lightweight planar heating element by forming electrodes with conductive paste, etc. ■ Capable of emitting about five times more far-infrared radiation than metallic heating elements. *Evaluation results are based on internal comparisons. 【Newly Developed Products】 High-Temperature Compatible Products - Heat Resistance: 200℃ (Standard Product: 80℃) Using polyimide as the substrate, it can heat at higher temperatures compared to standard products. Low-Voltage Compatible Products - Heat Resistance: 80℃ - Surface Resistivity: 30Ω/□ (Standard Product: 150Ω/□) It can be used at low voltage, making it widely applicable. *For more details, please download the materials or contact us.
Everything is designed and manufactured to order, allowing us to supply in a way that meets our customers' needs!
Shinwa's surface heating element is a thin sheet-type heating element that generates heat by passing electricity through a metal foil. Due to its very thin design, it is suitable for heating in narrow spaces. Additionally, because the circuit is formed through etching, it is easy to achieve the desired heat distribution intended by the designer. Furthermore, since everything is designed and manufactured as custom-made, it can be supplied in a form that meets the customer's needs.
Thin and soft in a free shape! Introducing everything from product features to applications and types, along with Q&A.
This document introduces a Q&A regarding the selection of planar heating elements and planar heaters. It includes a variety of information, starting with "What are the characteristics of planar heating elements and planar heaters?" as well as questions like "What applications are they used for?" and "What types are available?" covering product overviews, applications, and frequently asked questions. Our products are thin and flexible, allowing for free shapes. We encourage you to read it. 【Contents (Excerpt)】 ■ Overview - What are the characteristics of planar heating elements and planar heaters? - What applications are they used for? - What types are available? - What is the general process for product development? *For more details, please refer to the PDF document or feel free to contact us.
Ready to use! Easy to implement adhesive and wire-attached, thin and flexible surface heater.
The surface heating element standard product FL Heater 01_PI_20Ω comes with adhesive and wires. Since it has one-sided adhesive and wires, it is easy to install and can be used immediately. The heater itself is very thin and flexible, making it ideal for heating curved surfaces and narrow spaces. The main applications of the surface heating element include automotive routes, medical routes, and LCD manufacturing equipment routes, and it has recently been adopted in cutting-edge industries such as aerospace, semiconductor, and various analytical devices. - For more details, please contact us or refer to the catalog.
Ready to use! Easy to implement adhesive and wire-attached, thin and flexible surface heater.
The flat heating element standard product FL heater 10_PI_25Ω comes with adhesive and wires. Since it has one-sided adhesive and wires, it is easy to install and can be used immediately. The heater itself is very thin and flexible, making it ideal for heating curved surfaces and narrow spaces. The main applications of the flat heating element include automotive routes, medical routes, and LCD manufacturing equipment routes, and it has recently been adopted in cutting-edge industries such as aerospace, semiconductor, and various analytical devices. - For more details, please contact us or refer to the catalog.
Currently offering a cut sample! The heater thickness is 0.6mm, making it ideal for installations with height restrictions, such as in apartments and renovations!
The "STS Heater" differs from ordinary carbon heaters by suppressing the increase in heat generation that occurs during electric heating. It is coated with a specially developed film in a fibrous form, which offers the advantages of being highly resistant to bending and having excellent insulation performance. This heater minimizes the occurrence of electrical failures due to wrinkles and bending marks during transportation, which are common drawbacks of thin electric floor heating systems that are less than 1mm thick. 【Features】 ■ Warranty: 20 years for the heater, 5 years for the controller *Applicable when user support is requested (free of charge) ■ Made in Japan for peace of mind. Domestic production "Tottori Daisen Model" ⇒ A one-stop system from development to manufacturing and sales, with thorough quality control including 100% inspection, achieving high quality at low prices. ■ IP68 certified *For more details, please contact us or download the PDF.
We provide integrated manufacturing from dissolution to processing.
The metal heating element "Pyromax" is centered around ferrite-based alloy Ds materials, and we offer six types of steel, allowing you to choose the optimal material according to your application. Among them, the C material exhibits high heat resistance compared to conventional ferrite-based heaters and has received high praise both domestically and internationally. 【Application Products】 ○ Radiant Tube Heater → A heater that inserts a heating element into a heat-resistant alloy tube, heating through radiation from the outer surface of the tube. → Ideal for use in atmospheres such as carburizing gas. ○ Insulated Coil Heater → By applying a special insulation treatment to the surface of Pyromax Ds material, we manufacture and sell insulated coil heaters that can be used in a close-contact state. For more details, please contact us or download the catalog.
![[Data] From conductive fibers to heating elements](https://image.mono.ipros.com/public/product/image/f07/2000462139/IPROS95176613836807577261.jpeg?w=280&h=280)
We are showcasing not only our applied products but also the introduction of development products, delivery achievements, and demonstration tests!
This document provides an overview of the manufacturing methods for fabric heaters. As application products, we offer "snow melting mats," "insulation mats," as well as "thin film resin heating elements" and "GFRP heaters." It also includes introductions to developed products such as resin molded items and resin film sealed products, along with delivery records and verification tests. 【Contents】 ■ From conductive fibers to heating elements ■ From conductive fibers to heating elements (application products) ■ Introduction of developed products ■ Delivery records and verification tests *For more details, please refer to the PDF document or feel free to contact us.
We won't let you say "Made in China." Our development capabilities, backed by extensive experience and achievements, along with high quality and affordable prices, have garnered immense support from users around the world!
*Business Content* Development and prototyping of ceramic heaters, manufacturing and sales Development and prototyping of ozone generation units, manufacturing and sales Development and prototyping of metal thick-film heating elements, manufacturing and sales Metal thick-film heating elements are those in which the heating part is sintered directly onto the surface of SUS material. The SUS material with the sintered heating part can be directly incorporated and used as part of the customer's product structure. Metal thick-film heating elements expand the possibilities for compact heating and insulation function designs that have never been seen before. *Product Development Process* We create product drawings based on the customer's specifications and manufacture prototypes. After performance testing under actual usage conditions, we provide the prototypes to the customer for evaluation. Once satisfactory results are achieved, we transition to mass production. We will deliver products according to a production plan that meets the desired delivery schedule. Progress during prototyping and mass production will be shared through chat and email, ensuring that we provide products that meet the customer's 100% satisfaction.
Heating element for semiconductors
Providing heaters for diffusion furnaces and CVD furnaces used in semiconductor manufacturing.
Can be produced from a single piece. Its flexibility allows for weight reduction and miniaturization! A standard rubber heater that fits various shapes.
We would like to introduce the standard type "Silicone Rubber Heater" handled by OM Heater. Complex shapes such as round, triangular, trapezoidal, and perforated can be produced from a single piece at an affordable price and with a short delivery time. With a thickness of only 1.5mm, the heater has excellent thermal responsiveness. It is a flexible, thin surface heating element that can replace traditional metal heaters. 【Features】 - Complex shapes can be produced from a single piece at an affordable price and with a short delivery time. - The heater thickness is only 1.5mm, providing excellent thermal responsiveness (thickness can also be adjusted by layering sheets). - Fits various shapes of heated objects such as cylindrical and conical. - Usable from low temperatures up to 200°C. - Supports various voltage designs from low voltage to 100V, 200V, 240V, etc. *For more details, please refer to the PDF document or feel free to contact us.
