Products
Cartridge Heater Rolling Machine HTC-12
The HTC-12 Rolling Machine is a state-of-the-art engineering solution for the manufacturing of cartridge heaters and other tubular electric heaters. Its primary function is to compress the tube diameter to increase the density of the MgO powder, a crucial step that significantly enhances the thermal conductivity and dielectric strength of the heating element. This MgO densification process ensures more efficient heat transfer from the resistive wire to the metal sheath, extending the heater’s lifespan and optimizing its energy performance. Built on an integral cast iron bed, the HTC-12 guarantees exceptional stability and durability, having undergone a 72-hour high-temperature tempering treatment to eliminate internal stresses and ensure reliable long-term operation. It is an indispensable tool for manufacturers seeking maximum quality and efficiency in their industrial heaters.
Finned Aluminum Heater Rolling Machine HTR-800
Optimize the production of your thermal components with the HTR-800 Finned Aluminum Tube Rolling Machine, the definitive solution for reducing finned tubes. Designed for the manufacturing of high-efficiency finned aluminum heaters, this finned tube reducer is indispensable for manufacturers of heat exchangers, radiators, and HVAC systems. The HTR-800 allows for the production of heaters with reduced ‘X’ shapes, maximizing contact surface and thermal efficiency. With this finned aluminum pipe roll reducing machine, your company will reach new standards in the production of tubes for heat exchangers, guaranteeing superior quality products and unmatched performance in the market.
Roller Tube Rolling Machine HTR-12
The HTR-12 roller rolling machine is state-of-the-art equipment designed for the manufacturing of high-quality heaters. Its main function is to reduce the diameter of heating elements after MgO powder filling, significantly increasing the density of the magnesium oxide (MgO). This high-precision tube reducer guarantees superior thermal performance and a longer lifespan for a wide range of industrial electric heaters. The HTR-12 is a high-precision roller rolling machine primarily used for the MgO compaction process in heating elements. Its advanced design allows for the gradual and controlled reduction of tube diameters, resulting in a critical increase in MgO powder density. This tube reducer is essential for improving the thermal conductivity and electrical insulation of electric heaters, and is compatible with a variety of heater tubes, including those used in hot runner systems.
Square Tube Swaging Machine HTC-30
The square tube swaging machine is a precision engineering piece of equipment, specifically designed for the compaction of hot runner heater tubes. This hammering rolling mill is fundamental for meeting the demanding high-density requirements of non-conventional shaped electric heaters, ensuring optimal performance and an extended service life. Its capability to process square, rectangular, and elliptical tubes makes it an indispensable solution in the manufacturing of specialized heating elements. The square tube swaging machine is a highly specialized tube swaging machine, conceived for the compaction of high-density heaters. Its design draws inspiration from benchmark imported products, guaranteeing superior quality and precision. This equipment is crucial for the tube shrinking process in the manufacture of hot runner heater tubes, where the uniformity and density of the insulating material are vital. The versatility of this square tube rolling mill allows it to work with a wide range of geometries, including square, rectangular, and elliptical tubes, making it ideal for the manufacturing of heating elements that require specific shapes and exceptional performance.
Economic Tube Reducing Machine Model HTC-E1
The HTC-E1 rolling machine is an essential piece of equipment in the manufacturing of electric heaters, designed to optimize the density and performance of industrial heating elements. This state-of-the-art tube reducer uses a roller system to compact the insulating material, ensuring superior quality in the final product. Its versatility makes it an indispensable solution for producing electric heaters of various shapes and specifications. The HTC-E1 is an economical yet highly efficient tube reducing machine, designed for the tube compaction process via compression. It utilizes a pair of rollers installed on the machine that progressively reduce the tube diameter, compacting the internal filler material, such as Magnesium Oxide (MgO).
Spiral Nozzle for MgO Filling Machine
The spiral nozzle is a high-precision component and an indispensable refractory accessory in MgO filling machines for the manufacturing of tubular heaters. Its internal design, which incorporates a spiral, is fundamental for controlling and optimizing the outflow of magnesium powder into the metal tube. This feature ensures a uniform distribution and adequate compaction of the MgO, which is critical for achieving the required MgO filling density and guaranteeing efficient electrical insulation. Manufactured with extremely hard and wear-resistant materials, the spiral nozzle is a replacement part for the MgO filling machine that directly impacts the quality and performance of the heating elements.
Hook for Tubular Heater Filling Machine
The hook (also known as a thread hook) is a fundamental refractory accessory in MgO filling machines for the manufacturing of tubular heaters. Its specific design allows it to firmly secure the end of the heater wire or the terminal pin, keeping it under the appropriate tension and perfectly centered within the metal tube during the magnesium powder filling process. This component is crucial for ensuring that the MgO distributes evenly around the wire, thereby guaranteeing optimal MgO filling density and effective electrical insulation. As a replacement part for the MgO filling machine, the hook is indispensable for precision and quality in the production of industrial tubular heaters.
Guide Bushing for MgO Filling Machines
The guide bushing is a critical component in MgO filling machines for the production of tubular heaters. This refractory accessory is designed to provide precise alignment of the metal tube during the delicate magnesium powder filling process. Its robust construction and low-friction materials are fundamental to ensuring the tube moves smoothly and in a controlled manner, avoiding vibrations and deviations that could compromise the MgO filling density and the final quality of the heating element. As a replacement part for the MgO filling machine, the guide bushing is indispensable for maintaining efficiency and precision in the production line.
Guide Tubes for MgO Filling Machine
Guide tubes are essential components in MgO filling machines for the manufacturing of tubular heaters. Precision-designed, these refractory accessories ensure the correct alignment of the resistance wire inside the metal tube during the magnesium powder filling process. Their function is critical to guaranteeing a uniform distribution of MgO, which in turn optimizes filling density and electrical insulation efficiency. Manufactured from high-wear-resistance materials, guide tubes are replacement parts for MgO filling machines that contribute directly to the quality and durability of the heaters.
MgO Powder Filling Machine for Flat Heaters HT-P10
At Heatecx Limited, we understand the critical need for precision and efficiency in the manufacturing of electric heaters. We present our innovative MgO powder filling machine for flat tubes, a state-of-the-art solution specifically designed to optimize the production process of flat heaters and tubular heating elements with non-conventional geometries. This next-generation industrial machinery is not a conventional MgO filling machine; its special structure adapts perfectly to the complexities of flat tubes, guaranteeing uniform and high-density magnesium powder filling. It is the ideal choice for manufacturers seeking to improve heater quality, ensure optimal electrical insulation, and maximize filling efficiency in their production lines. With Heatecx Limited’s MgO filling machine, industrial automation reaches a new level of precision, reducing operating costs and elevating the standard of your final products.
HT-B4 Micro-tubular Heater Winding Machine
This high-precision coil winding machine has been specifically developed for the manufacturing of heating elements with minimal cross-sections. It is the market-leading solution for producing components where space is critical, enabling winding on internal diameters of 0.5 mm or less—a technical capability unattainable by conventional equipment. The micro-tubular heater wire winding machine is a high-end device designed to process ultra-fine resistive wires. Its traction and guiding system is calibrated to work with micrometric precision, preventing material elongation and ensuring a constant ohmic value. Thanks to its versatility, this mini-tubular heater winding machine allows manufacturers to produce coils with variable pitches, adapting to the most demanding thermal requirements of the plastics industry and hot runner processes.
X-B20 Ultrasonic MI Cable Stripping Machine
The X-B20 Ultrasonic MI Cable Stripping Machine, also known as the MI Cable Stripper and Armored Cable Stripping Machine, is an advanced technological solution specifically designed for the delicate process of stripping MI (Mineral Insulation) Cables and metal-armored cables. This cutting-edge equipment utilizes ultrasonic energy to effectively vibrate and strip the mineral powder insulation (such as Magnesium Oxide – MgO) from inside cut mineral insulated cables, while ensuring comprehensive protection of the delicate conductive wires. Its ability to perform Magnesium Oxide insulation stripping without damaging the electrical core makes it an indispensable tool for preparing fire-resistant cables, thermocouple cables, temperature control cables, and other Magnesium Oxide cables in various industrial applications. With the X-B20, the stripping of armored cables ranging from 1-20mm is carried out with unparalleled precision and efficiency, ensuring the integrity of the cable for subsequent use.