Products
Crushable Magnesium oxide beads for MI cable
Heatecx supplies magnesium oxide insulation beads for MI cable, mineral-insulated heating cable, thermocouple and resistance-element manufacturers. Our product range covers nominal outside diameters from 1.2 to 29 mm and includes round, oval, triangular and complex hole configurations. Engineering support helps match the bead geometry, hardness and tolerances to the customer’s drawing and assembly process. These ceramic insulation beads for heating cable position conductors in a defined layout and provide electrical separation within the finished construction. They are designed as dielectric insulator beads for MI cable and form part of the MI cable insulation material. The same product family serves as thermocouple insulation beads and magnesium oxide beads for heating elements. A crushable MgO insulator for mineral insulated cable is configured to the required hardness and assembly behavior. Buyers requiring high purity magnesium oxide beads, electronic grade magnesium oxide beads or fused MgO specify the grade and material documentation with the application. Bead selection is based on the complete design, including the cable sheath, conductor arrangement and operating conditions.
ZWK-II Temperature Control Box for Ceramic Pad Heaters
The ZWK-II is intended for heater manufacturers, industrial integrators and maintenance teams that need a ready-to-configure temperature and power control enclosure without designing a complete control panel from the ground up. Bringing power input, output modulation and basic indication into one enclosure simplifies commissioning and first-line troubleshooting. It can be used as a controller for flexible ceramic heating mats, ceramic pad heaters, contact heaters, custom heating blankets and other resistive heating elements. The 0–220 V adjustment range allows the operator to match the delivered power to the process, provided that the selected voltage remains within the heater’s rated voltage. The control box does not replace load calculation, protective-device selection or installation design; the complete system must be engineered for current, ambient temperature, ventilation and operating conditions. For demanding processes, the box can be configured with a Fuji-type intelligent temperature controller, Type K thermocouple, recording point, independent over-temperature alarm, thermocouple-break protection and forced-air cooling. These options should be defined before quotation so that the final controller matches the heater and the installation environment.
Custom Metal Housing for NTC Temperature Probes
Heatecx manufactures custom metal housings for NTC probe manufacturers, sensor assemblers and equipment makers. The housing may be produced in copper, aluminium, stainless steel or another approved alloy. Material choice depends on the application medium, temperature, corrosion exposure, mechanical load, thermal transfer requirement and joining method. The internal diameter must match the thermistor, insulation, thermal filler, adhesive or sealing system used by the integrator. Internal clearance and metal mass influence response time. Wall thickness, surface condition and closure design influence mechanical durability and environmental resistance.
Spiral Silicon Carbide Heating Element for Industrial Furnaces
A silicon carbide (SiC) heating element is a non-metallic ceramic heater designed to generate heat inside industrial furnaces and high-temperature thermal-processing equipment. Unlike a conventional metallic resistance made from wire or alloy ribbon, a SiC element uses a ceramic semiconductor body. The active section may be manufactured as a straight rod, spiral-cut element, double-spiral element, spiral-type element or another geometry matched to the furnace. A spiral-cut design increases the effective electrical path within a compact external length. This can help fit a longer hot zone into a restricted furnace chamber, but the final geometry must be selected from the furnace drawing and process data. “Double spiral”, “spiral-cut”, “same-end terminal” and “single-ended” are not interchangeable catalogue terms. A SiC heating element is part of a complete heating system. The system can also include a power supply, SCR power controller, aluminium braid, clamps, insulators, supports and furnace-wall penetrations. Correct selection therefore requires the outside diameter, overall length, hot-zone length, cold-end lengths, nominal resistance, voltage, power, atmosphere, mounting orientation and operating cycle.
Stainless Steel Terminals for Heating Elements
Right-angle male flag terminals are metal electrical contacts designed for fast, secure and low-profile connections in tubular heating elements and industrial electric heaters. Depending on the market, they may also be called 90-degree male Faston terminals, right-angle quick-disconnect tabs, flag terminals, male blade terminals or right-angle male tabs for heating elements. The flag configuration places the mating blade at a right angle to the mounting area. This allows the female connector to be installed from the side instead of vertically, reducing the overall height of the connection. It is particularly useful in ovens, water heaters, cookers, dishwashers, HVAC equipment, tanks and industrial heating assemblies where the available space is restricted. The terminal can be attached directly to a metal sheath, shield, flange, conductive support or heater end. Depending on the product design, the attachment may use welding, resistance spot welding, riveting or another approved joining process.
ST-04 Laser Welding Machine for Flange Heaters and Heating Elements
The automatic laser welding machine for flange heaters is an industrial welding cell developed for manufacturers of tubular heating elements, flange heaters and immersion heaters. It is intended to join metal tubes and flange-type components while controlling the laser path, seam width and process parameters. The configuration includes two welding modes, a dual welding head and two workstations, making it suitable for production environments where repeatable joining and organized part handling are important. This is not a handheld laser welder or a portable general-purpose metal welding machine. It is industrial laser welding equipment for heating element production, with a product focus on flange-to-tube assembly for electric heaters. The machine processes copper and steel tubes and supports pulse operation, adjustable weld seam width and deep penetration. These functions provide process flexibility for different flange geometries and heating-element assemblies.
SL8306 Refractory Inorganic Sealant for Electric Heaters
The SL8306 Inorganic Sealant is a high-level chemical engineering solution developed to act as the critical protective component in the manufacturing of high-power heating elements. This two-component adhesive is not merely a glue, but a structural ceramic sealing system that guarantees the dielectric integrity of electric heaters against the most hostile conditions of heat, pressure, and chemical agents. In an industry where the failure of a sensor or heater can halt entire production lines, SL8306 stands as the standard of reliability for engineers and manufacturers who cannot afford compromises in sealing quality.
XB-100 Grooving | Crimping | and Sealing Machine for RTD and PT100
The XB-100 is a high-precision electro-pneumatic crimping and grooving machine designed to handle tubes, capillaries, and metal sheaths with outer diameters ranging from 2 mm to 10 mm. Its operational principle is based on the controlled and symmetrical application of circumferential pressure (grooving effect) using high-alloy interchangeable molds. This controlled plastic deformation securely fastens internal platinum resistance elements (in the case of PT100 sensors) or insulating gaskets, creating a flawless internal mechanical lock that prevents axial displacement and provides a solid foundation for subsequent airtight sealing.
XB-90 MI Cable Precision Drilling Machine
The XB-90 MI Cable Precision Drilling Machine sets the industry standard for the technical preparation of mineral insulated cables. Meticulously engineered for manufacturers of temperature sensors, industrial thermocouples, and high-performance heating systems, this specialized equipment ensures a flawless and contaminant-free transition to the critical welding process of the measuring junction. By automating and perfecting insulation removal, the XB-90 elevates final product quality, reduces cycle times, and minimizes rejection rates on the production line.
HT-B5 Electric Heat Trace Wire Winding Machine
As part of the premier industrial winding machine manufacturers’ portfolio, this CNC Precision Winding Machinery represents the pinnacle of engineering in the sector. The Automatic CNC Winding Machine is distinguished by its ability to handle a wide range of wire diameters with millimetric accuracy. A Linear Winder Distributor will recognize this equipment as the perfect combination of power, speed, and control—ideal for demanding production environments where quality and efficiency are paramount. Its advanced servo-motor traction system ensures uniform, tension-free winding, which is crucial for coil integrity.
Industrial Stainless Steel Tube Mill
Our competitively priced industrial stainless steel tube mill is a cutting-edge solution for manufacturing high-quality pipes. This high-speed stainless steel tube mill is engineered to transform stainless steel coils into tubes with exceptional precision, meeting the most stringent industry demands. It is the ideal equipment for those looking for where to buy high-precision tube making machines, offering superior performance and unparalleled durability. Our medical grade tubing manufacturing machinery for sale ensures the production of tubes with the highest standards of hygiene and dimensional accuracy, essential for critical applications. With this quality certified tube forming machine, efficient production compliant with international standards is guaranteed.
Stainless Steel Hydraulic Fittings and Connectors
Stainless steel hydraulic fittings are precision-engineered mechanical components designed to establish secure, leak-proof, and robust connections within high-pressure fluid conveyance systems. Manufactured to stringent quality standards, typically from AISI 304 and AISI 316/316L alloys, these industrial hydraulic connectors facilitate the joining, adapting, diverting, or reducing of pipe and hose diameters. Their primary function is to ensure the integrity of the hydraulic circuit, preventing leaks and withstanding the mechanical and thermal stresses inherent in the most demanding industrial applications.