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Reinforced Wire Root Cartridge Heater is an efficient, safe and uniquely designed electric heating element. It combines the advantages of traditional cartridge heaters and performs special reinforcement treatment at the root of the wire to ensure that it can still work stably and reliably in harsh working environments. This product is widely used in various mold heating, mechanical equipment, medical equipment, plastic processing and other fields.
1. Wire root reinforcement design: The unique wire root reinforcement technology effectively prevents the wire from breaking under high temperature, vibration or frequent bending conditions, and improves the overall durability and safety of the heating tube.
2. High efficiency heating performance: The high resistance electric heating alloy wire is used as the heating element, combined with high purity magnesium oxide powder as the filling material, to ensure that the heating tube has excellent thermal conductivity and high heating efficiency.
3. Safe and reliable: The outer shell is made of corrosion-resistant and high temperature resistant materials such as stainless steel, and the internal heating wire is insulated from the air to ensure long-term safety and stability. At the same time, strict insulation resistance and withstand voltage tests are carried out before leaving the factory to ensure that the product meets high standards of safety requirements.
4. Flexible customization: Reinforced Wire Root Cartridge Heater with different sizes, powers, voltages and surface temperatures can be customized according to customer needs to meet the needs of different application scenarios.
5. Long life: The optimized production process and material selection make the heating tube have a longer service life and reduce the frequency of maintenance and replacement.
- Shell material: stainless steel 304, stainless steel 321, stainless steel 310S, Ingel 800, Ingel 840, etc. - Heating wire material: nickel-chromium alloy wire (such as NI80Cr20) to ensure efficient and stable heating performance.
- Insulation filler: medium temperature insulating magnesium oxide powder, high temperature insulating magnesium oxide powder, etc.
- High temperature lead: Silicone high temperature lead, mica high temperature lead, silicone glass fiber tinned copper wire, mica glass fiber pure nickel wire, etc., strengthen the design of the wire root.
- Rated voltage: 12V, 24V, 36V, 48V, 110V, 220V, 380V, etc., can be customized according to customer needs.
- Power setting: According to the heating medium and size design, the domestic process can reach 5W/cm², and the imported process can reach 15W-20W/cm².
- Pipe diameter range: Φ3mm-25mm, to meet different installation requirements.
- Pipe length range: 30mm-1500mm, produced according to customer requirements.
- Insulation resistance: The cold insulation resistance is not less than 50MΩ during factory inspection, and the insulation resistance is not less than 1MΩ after long-term storage or use.
-Compressive strength: Cold electrical strength 1500V/min, no flashover and breakdown.
Reinforced Wire Root Cartridge Heater is widely used in plastic molding molds, flat vulcanizers, extrusion barrels and other mold heating systems.
-Mechanical equipment: Heating of mechanical equipment such as punching dies, cigarette making machines, plastic sealing machines, and bottle capping machines.
-Medical equipment: Sterilizers, disinfectors and other medical and sanitary disinfection equipment.
-Chemical industry: Heating devices for saltpeter, salt substances, acids, and alkali solutions.
-Food industry: Electric heating devices for baking bread, biscuits, cakes, etc.
-Other industries: Motor vacuum varnishing equipment, low-temperature electric furnaces, infrared radiation heating devices, etc.
. The operating voltage must not exceed 10% of the rated value.
. The effective heating part of the electric heating tube must be ensured to be completely in the heating medium.
. The shell should be effectively grounded to ensure safe use.
. Keep dry during storage to avoid moisture affecting the insulation performance.
