Metallic Heating Elements are made in a large range of sizes from a wide range of metallic alloys. These are used for heaters, ovens and furnaces used in industrial, commercial, scientific and medical equipment. Heating element materials can be ductile round or strip material including resistance alloys, stainless, copper, aluminum and nickel alloys with coated and uncoated. These elements are fabricated from wire sizes smaller than .003 to wire diameters exceeding .410 inch.

Microporous insulation is an incredible insulation material. It has thermal conductivity an order of magnitude lower than ceramic fiber materials. It can be an integral part of thousands of thermal management applications with temperatures as high as 950C (1742F). It is a combination of ultra-fine silica powders, processed refractory oxides and glass reinforcing fibers.

Mineral insulated metal-sheathed cable is a assembly of one or more conductors insulated with a highly compressed refractory mineral insulation and enclosed in a liquidtight and gastight continuous copper sheath. The cable can be cut to length with special fittings applied at the terminations. The advantage of this type of cable is that the cable itself is capable of operating at a much higher temperature. It fulfills the passive fire protection called circuit integrity, which is intended to provide operability of critical electrical circuits during a fire.

Mineral wool pipe insulation is a precision cut pipe covering composed of high-density mineral wool. Mineral wool pipe insulation is a non-combustible, water repellent yet vapor permeable insulation material that is ideal for steam and process pipe systems operating at temperatures up to 1200°F. Mineral wool pipe insulation can be used in a wide range of applications for hot and cold piping ranging from -120 degree to 1200 degree F making it ideal for use in high temperature industrial process plants, power stations, petrochemical complexes for steam and process pipe-work, commercial hot/cold water and refrigerated water & similar areas.

Multicell heaters provide independent zone control for precise temperature uniformity. Its loose fit design provides easy insertion in and removal from the equipment. It has an extreme process temperature capability. It is used in hot forging dies, heated platens, furnaces applications, aluminum processing, soil remediation and glass forming, bending & tempering applications.

Nickel-Iron Controlled Expansion Alloys are having a very low expansion coefficient within a certain temperature. Electronic devices and thermostats are commonly use the low expansion alloys. Matching Expansion alloys are commonly used in the electronics industry. 

Nozzle heaters are ideal for every type of plastics processing equipment. It is designed to provide high-performance heating at temperatures up to 760°C. It is constructed of stainless steel materials with mineral insulation. It is used in extruders, injection molding machines, blown film dies and other cylinder heating applications.

Polymer heaters combine resistive heating elements with thermoplastic compounds to create a heated assembly. Polymer heaters in a manufacturing process can make the process more efficient because the polymer heater serves as the heating solution, not just the heating element. It can provide better product performance through uniform heat distribution and by putting the heat only where it is needed. It is resistant to corrosion and scale. It also reduces power consumption. It is used in medical equipment, analytical equipment, freeze protection, and battery heating.

Process heaters contain a process fluid in the tubes, rather than water. The process fluid is usually a hydrocarbon. These heaters come in tow main varieties: vertical cylindrical and cabin style. Vertical cylindrical heaters comprise a cylindrical flame zone surrounded by process tubes. Cabin style heaters are rectangular with wall and roof tubes. The radiant section comprised of overhead tubes that cannot directly view the flame. Convective tubes receive their heat from the direct contact of the combustion gases. The transition from the radiant to convective sections is known as bridgewall.

Resistance Heating Alloy is a nickel-chromium electrical-resistance alloy for use at operating temperatures up to 2100. F (1150. C). It contains rare-earth additions for increased oxidation resistance, especially under conditions of frequent switching or wide temperature fluctuations. The alloy has low temperature coefficient of resistance, making it suitable for control resistors.

RF heat sealing equipments are used for heating & joining the plastic materials and assemblies for the automotive, industrial fabrics, packaging, medical and office products. This is used in hot and cold packs, inflatable products, medical bags and seat cushions.

RF oven is a shielded chamber in which the material to be heated is placed between the plates or electrodes. The electrodes and the material form the output capacitor of the RF generator. The material then converts high frequency energy supplied by the generator into instantaneous heating of the entire cross-section of the material.

RF preheater is used to heat the inside of the part before it enters the heated die. RF preheating increases the line speed and helps to produce a better quality product by reducing or eliminating stress cracking of the part.