• Immersion Lubricating Oil Heater,MY SHOP,Immersion Lubricating Oil Heater
  • Immersion Lubricating Oil Heater,MY SHOP,Immersion Lubricating Oil Heater

Immersion Lubricating Oil Heater

Our heating elements are widely used for new energy vehicle heating, lithium battery packaging machinery, smokeless barbecue grills, plastic molding dies, hot-pressing equipment, cigarette-making machinery, pharmaceutical machinery, shoemaking equipment, 3D curved glass forming machines, 3D printers, packaging machines and extruders. All products are manufactured in compliance with CE standards.
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  • Immersion Lubricating Oil Heater,MY SHOP,Immersion Lubricating Oil Heater

Description

Our heating elements are widely used for new energy vehicle heating, lithium battery packaging machinery, smokeless barbecue grills, plastic molding dies, hot-pressing equipment, cigarette-making machinery, pharmaceutical machinery, shoemaking equipment, 3D curved glass forming machines, 3D printers, packaging machines and extruders. All products are manufactured in compliance with CE standards.

Technical Specifications

  • Tube outer diameter: φ2.8mm, φ3mm, φ4mm, φ5mm, φ6mm, φ8mm, φ9.5mm, φ10mm, φ12mm, φ16mm; custom sizes ranging from φ2.0mm to φ35mm available.
  • Diameter tolerance: -0.02mm ~ +0.08mm
  • Sheath material: SS304, SS321, SS316L, Incoloy 840
  • Insulation filler: high-grade imported magnesium oxide powder
  • Heating wire: Ni80Cr20 nickel-chromium alloy
  • Max watt density: 40W/cm²
  • Max sheath surface working temperature: 927℃
  • Electrical property: leakage current <0.5mA
  • Input voltage & power: custom-made as required; power tolerance: +5% ~ -5%
  • Lead type: direct lead-out or indirect lead-out
  • Thermocouple equipped models: imported K-type / J-type temperature sensing wires available

Product Advantages

  • Extra-long service life: advanced internal structure design with imported high-purity solid MgO rods & filling powder featuring excellent thermal conductivity.
  • Precision outer dimension via professional grinding process for tight fit during equipment assembly; high thermal efficiency and fast heat dissipation.

Structural Diagram of LILIN Cartridge Heater

Material Breakdown for LILIN Cartridge Heater

  1. End cap: SUS304
  2. MgO spacer: 99% high-purity or seawater refined magnesium oxide spacer
  3. MgO powder: USA-sourced high-temperature electrical-grade magnesium oxide powder
  4. Outer sheath: seamless stainless steel pipe above SUS321 grade, wall thickness ≥0.9mm
  5. Solid MgO core rod: 99% high-purity or seawater refined magnesium oxide rod
  6. Resistance wire: original imported Japanese Cr20Ni80 heating wire
  7. Lead pin: single-strand or multi-strand twisted NiMn2 pins
  8. MgO spacer: 99% high-purity or seawater refined magnesium oxide spacer
  9. Sealing compound: mica, ceramic bead or imported high-temperature ceramic adhesive
  10. Lead wire: direct lead type, Canadian imported multi-strand pure nickel wire resistant to 500℃, standard lead length:300mm

Quality Control Standards for Cartridge Heaters

  1. Diameter tolerance D: 0 ~ -0.05mm
  2. Length tolerance L: +1mm ~ -1mm
  3. Power tolerance W: +5% ~ -10%
  4. Straightness: ≤3‰ (Max deflection ≤3mm per 1000mm length on flat surface)
  5. Insulation resistance ≥10³MΩ (valid for 3 months under unopened vacuum packaging)
  6. Withstand voltage ≥1800V/S
  7. Surface requirement: smooth finish without scratches, spots or dents
  8. Lead wiring strictly follows standard current-carrying capacity per electrical specifications
  9. Packing: vacuum sealed packaging