Plate Type Heaters

 Plate-type heaters are industrial heating system components. These heaters are appropriate for watt-based operations in industrial areas such as injection and mold heating. These products are used for high-temperature performance. It can be used both at home and in the workplace.

These heaters help in eliminating issues that may arise in manufacturing heating systems. They are high-tech heater materials made of high-efficiency chrome-nickel wire or copper plate. These goods are used in the heating of mold presses all over the world, including our own. Our company manufactures special plate type heaters for a variety of needs.

Call us right now for plate-type heater orders and production, and we will always provide you with detailed information and assistance. We make it as soon as possible and send it to you as quickly as immediately.

Plate Type Heater Usage Areas

Plate type heater usage areas are generally industrial areas. These products are suitable for use in any environment where mold presses will be heated. It finds a place in the plastic, rubber, and packaging industries. It is used in the rubber industry to cut molds. It's also used in injection molding machines and the textile industry. Furthermore, they are the most used type of heater in the automotive and sub-industry.

Plate-type heaters have a wide range of uses. These products are also found in many domestic appliances. Mica plate type heaters, in specific, are a functional component used in many electrical domestic appliances such as water heaters and ovens.

Plate Type Heaters Technical Specifications

• Plate type heaters are products used in industrial heating systems.

• These goods can perform at temperatures up to 800 degrees.

• They are produced by wrapping 60/15-80/20 nickel-chrome wire on high purity mica.

• These items are also plated with stainless steel or copper.

• Plate type heaters are also available with screw, terminal, plug, and cable outlet options depending on the purpose.

• If up to 3.5 watts per centimeter are to be produced in plastic injection and mold heating systems, it can be produced in sizes and values that meet your specifications.

• Plate type heaters with higher wattages are also available. Ceramic plate-type heaters can be manufactured in this case. In this case, the production that is efficient up to 6 watts of power can be made.

• We can manufacture plate-type heaters in any shape you want. Flat, round, L-type, and U-type connections can be made in these products. Models with connections in the form of many holes on the surface can also be produced in these goods.

• Production can be made with different sizes, watts, and features.

You can contact us immediately for plate-type heaters production.

Plate Type Heater Prices

Contact us right away for plate-type heater prices and more information. We manufacture high-quality products for you at the most reasonable prices. Prices are determined by the production material, size, and technical features of plate-type heaters. We reply to orders for all types of durable and long-lasting plate-type heaters in industrial areas that are within your budget. Please contact us with your heater orders so that we can begin production as soon as possible.

Technical Specifications of Plate Heaters:

• General Specifications:
  • Power Range: Various power options ranging from 100 Watts to 3000 Watts.
  • Electrical Voltage: Can operate at 220 Volts or 240 Volts.
  • Temperature Range: Can be used within various temperature ranges from 50°C to 800°C.
  • Body Material: Can be manufactured from different materials such as stainless steel, aluminum, or cast iron.
  • Heating Element Material: Various materials such as nickel-chrome, stainless steel, or Inconel are used.
  • Protection Class: Can have various protection levels like IP20, IP44, or IP65.
  • Connection Type: Different connection options are available such as butterfly nut, cable connection, or plug connection.
• Other Technical Specifications:
  • Heating Rate: The ability of the resistor to heat up rapidly.
  • Cooling Rate: The ability of the resistor to cool down quickly.
  • Heat Distribution: The resistor's ability to distribute heat uniformly.
  • Lifespan: How long the resistor can endure.

Applications of Plate Heaters:

• Metal Processing Industry: Plate resistors are used to meet heating requirements in processes such as shaping, cutting, and welding metal sheets.
• Agricultural Sector: Plate resistors are commonly preferred for greenhouse heating systems and soil heating systems in the agricultural industry.
• Electronics Manufacturing: Plate resistors are used in drying electronic components and soldering processes.
• Paint and Coating Industry: Plate resistors are found in oven and drying systems used for painting and coating metal and plastic surfaces.
• Packaging Industry: Plate resistors are used for shaping and heating plastic, paper, or cardboard packaging materials.
• Home Appliances: Plate resistors are frequently used in heating-based devices in home appliance manufacturing. For instance, plate resistors are found in appliances like ovens, grills, and toasters.
• Drying and Sterilization: Plate resistors are used in drying and sterilization processes for appliances such as washing machines, dishwashers, and medical devices.

Advantages of Plate Heaters:

• Low Maintenance Cost: Plate resistors generally require low maintenance, reducing operating costs.
• Flexible Usage: Plate resistors can operate within a wide temperature range and can be designed to fit various environments.
• Compact Design: Plate resistors usually have a compact and space-saving design, providing space efficiency during installation.
• Ease of Use: Plate resistors are typically easy to control and operate, offering convenience for operators.
• High Efficiency: Plate resistors direct heat to the intended target, minimizing energy loss and ensuring high efficiency.
• Cost-Effectiveness: Plate resistors are generally more cost-effective compared to other heating methods, offering an economical solution for business owners.

Materials Used in Plate Heater Production:

• Body Material:
  • Stainless Steel: Durable, corrosion-resistant, and easy to clean.
  • Aluminum: Lightweight and corrosion-resistant.
  • Cast Iron: Solid and durable.
• Heating Element Material:
  • Nickel Chrome: Durable and long-lasting.
  • Stainless Steel: Corrosion-resistant and easy to clean.
  • Inconel: Resistant to high temperatures and corrosion.
• Insulation Material:
  • Ceramic: High temperature resistant and good insulation properties.
  • Mica: Flexible and can withstand high temperatures.
• Connection Elements:
  • Butterfly Nut: Used to secure the plate resistor to the furnace or heating environment.
  • Cable Connection: Used to connect the plate resistor to the power source.
  • Plug Connection: Used for convenient connection.