Strip heaters, commonly called component or clamp heaters, based on the principle of convection air heating, use surface area to transfer heat effectively. Using most advanced heat technologies, strip heaters are an outstanding industrial heating product. It comprises of a heating element, a protective sleeve or sheath, and mounting hardware and can be clamped or bolted onto objects or solid surfaces. A coiled nickel chromium element wire is placed in the center of the heater. The element wire is then embedded in magnesium oxide (MgO)-based insulation and compacted into a solid mass creating excellent heat conductivity and high dielectric strength. The heater is then enclosed in desired sheathing. Suitable to work in 500 degree F temperatures, magnesium oxide is used for increasing efficiency. Temperatures can be controlled by using a temperature controller such as a thermostat. When using strip heaters, proper sheath material for resisting rusting or oxidation and suitable watt density of the element should be selected keeping in mind the application. These can be shaped and sized according to the use. A moderately inexpensive way of heating, strip heater is a tremendous solution to meet any budget. 

Features and Benefits

• Available with or without mounting tabs
• Easy and economic to install
• Corrosion and vibration resistant
• Durable, versatile and easy to control
• Uniform Heat Distribution
• Suitable for low to medium temperatures

Applications

• Blow Molding
• Heating Rubber Platten
• Compression molding
• Heating inks
• Sealing bars
• Food warming
• Packaging and sealing
• Laboratory equipment
• Hot Plates and ovens

Construction

• Nickel Chromium Resistance Ribbon uniformly wounded for even heat distribution.
• Mica Strip specially selected mica strip for maximum heater life.
• Mica Insulation high-grade mica used for insulation, for excellent thermal conductivity and dielectric strength.
• Stainless steel sheath for oxidation and corrosion resistance in a wide variety of environments. Suitable for temperatures as high as 650°C.

Strip heaters, commonly called component or clamp heaters, based on the principle of convection air heating, use surface area to transfer heat effectively. Using most advanced heat technologies, strip heaters are an outstanding industrial heating product. It comprises of a heating element, a protective sleeve or sheath, and mounting hardware and can be clamped or bolted onto objects or solid surfaces. A coiled nickel chromium element wire is placed in the center of the heater. The element wire is then embedded in magnesium oxide (MgO)-based insulation and compacted into a solid mass creating excellent heat conductivity and high dielectric strength. The heater is then enclosed in desired sheathing. Suitable to work in 500 degree F temperatures, magnesium oxide is used for increasing efficiency. Temperatures can be controlled by using a temperature controller such as a thermostat. When using strip heaters, proper sheath material for resisting rusting or oxidation and suitable watt density of the element should be selected keeping in mind the application. These can be shaped and sized according to the use. A moderately inexpensive way of heating, strip heater is a tremendous solution to meet any budget. 

Features and Benefits

• Available with or without mounting tabs
• Easy and economic to install
• Corrosion and vibration resistant
• Durable, versatile and easy to control
• Uniform Heat Distribution
• Suitable for low to medium temperatures

Applications

• Blow Molding
• Heating Rubber Platten
• Compression molding
• Heating inks
• Sealing bars
• Food warming
• Packaging and sealing
• Laboratory equipment
• Hot Plates and ovens

Construction

• Nickel Chromium Resistance Ribbon uniformly wounded for even heat distribution.
• Mica Strip specially selected mica strip for maximum heater life.
• Mica Insulation high-grade mica used for insulation, for excellent thermal conductivity and dielectric strength.
• Stainless steel sheath for oxidation and corrosion resistance in a wide variety of environments. Suitable for temperatures as high as 650°C.