
High Density high quality cartridge heater heating element
We manufacture Cartridge Heaters engineered to satisfy the full spectrum of Cartridge Heater applications. Whilst a standard range of Cartridge heaters are available, we specialise in designing and manufacturing cartridge heaters to our customers requirements. It is important to choose the correct construction heater to suit your application.
Performance parameter:
Cartridge heater for | Mould Tools, Tooling, Platens, Packaging Machinery, Heat Sealing Equipment, Plastic Process Machinery, Food Process Machinery, Catering, Printing, Hot Foil Printing, Shoe manufacturing Machinery, Laboratory / Test Equipment, Vacuum Pumps, and many more. |
The maximum temperature | 927°C |
Available with a built in Thermocouple | Type J or K Thermocouple |
Diameter (mm) | 2.50mm;2.80mm;3mm;3.2mm;3.5mm;3.8mm;4mm;4.5mm;5mm;6mm;;6.5mm; 7mm;7.5mm;8.0mm;9mm;9.53mm;10mm;10.5mm;11mm;12mm;12.50mm;12.7mm; 13mm;13.50,mm;14mm;15mm;15.88mm;16mm;18mm;19mm;20mm;22mm;25mm; 28mm;30mm;32mm;35mm(Non-standard,can be customized) |
Tube Material | stainless steel 304 321 316L B. 310S C. INCOLOY 625 ;INCOLOY 800;NCF800 INCOLOY 840 |
Resistive material | NiCr8020 |
High voltage stability (temperature) Rated voltage | ≤24V -500V-DC> 24V 1500V-AC |
Insulation resistance (500 [V-DC] unheated) | ≥50MΩ |
The maximum leakage current (253 [V-AC] unheated) | ≤0.5mA |
Length error | ± 0.5mm |
Wattage Tolerance | +5% - 10% (closer tolerances are available upon special request) |
Input voltage | 12V-440V (non-standard can be customized) |
Non-terminal unheated length | <3mm-20mm |
product manual:
Tube diameter | φ2.5mm-φ35mm |
Tolerance | -0.02mm-0.08mm |
Tube material | SS321, SS316L, INCOLY840, Titanium |
Insulation material | high-purity MGO imported from USA |
Resistance wire | Ni80Cr20 |
Density | Max 40W/CM2 |
Operating temperature | Max 927ºC |
Wattage tolerance | +5%,-10% |
Electrical property | leak current is less than 0.5mA |
Input voltage and wattage | customized as request. |
Element component:
1. China and Europe High-grade nickel chromium resistance wire
2.Japan and USA MgO core
3. Seamless Stainless steel tube
4 Built in cable, or swaged in
• Special sizes, wattages, and materials are available upon request;
• Custom-designed to meet your specifications.
• Pin leads are available
The importance of protection
Nikel RodsRef. Vn.
Rigid pure nickel rods where required for moving the position of the conexion. They do not stand up to repeated movements. They are coated with insulating materials.
Glass Fiber LeadRef. P.Cv.
Pure nickel lead, sheated with glass fiber, coated with silicone, it stands up well to heat. It is a standard lead.
Fluoropolymer Lead (PFA)Ref. P.Tf.
Ideal for watertightness and cleanliness of the cable. Not resistant to excessive heat.
Flexible Silicone LeadRef. P.Sf.
Ideal for excessive motion, vibration and moderate temperature.
3 Core Silicone TubeRef. P.Cs.
Ideal for long distances. Not resistant to high temperatures. Copper interior.
Silicone SleeveRe. P.Fs.
Ideal for enviroment, moisture with moderate friction. Protects the interior of glass fiber lead.
SteatiteRef. Pst.
Ideal for high temperatures. Only pure nickel wire in its interior. Not resistant to excessive vibrations or shocks.
Glass SleeveRef. P.Fv.
Protects against high temperatures, moderate friction. Ideal for twin conductor cable.
Twisted WebRef. P.Tm
For places with high friction and constant flexibility. Web in stainless steel.
Nickel TubeRef. P.Tv.
Protects against shocks and spillage of viscous products, relative mobility
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