产品技术规格表




Flange Immersion Heater Specifications

Industrial flanged tubular heaters for liquids, gases, and viscous media. Factory-direct, custom-engineered to your tank or vessel.

Technical Specifications

Parameter Range / Value
Tube Diameter Ø8 mm – Ø16 mm (single element); bundle Ø10–Ø12 mm typical
Flange Size DN50 – DN600 (2″ – 24″); ANSI, DIN, JIS, GB drilling patterns
Power Range 3 kW – 2000 kW per unit (higher with multi-bundle assemblies)
Voltage 220 V / 380 V / 415 V / 480 V / 690 V; single or three-phase
Operating Temperature Up to 650 °C (medium-dependent)
Sheath Material SUS304 / SUS316L / SUS321 / Incoloy 800 / Incoloy 825 / Titanium / Copper
Flange Material Carbon steel / SUS304 / SUS316L / Hastelloy
Watt Density (Surface Load) 1.5 – 8 W/cm² (selected by medium and viscosity)
Working Pressure ≤ 10 MPa (custom up to 25 MPa)
Terminal Box Protection IP54 / IP65 / IP66; explosion-proof optional (GB 3836)

Standard Model Options

Model Flange Power Voltage Typical Application
HY-FL-09 DN80 9 kW 380 V / 3 Ph Water, cleaning tanks
HY-FL-18 DN100 18 kW 380 V / 3 Ph Process water, light oil
HY-FL-36 DN150 36 kW 380 V / 3 Ph Thermal oil, glycol
HY-FL-72 DN200 72 kW 380 V / 480 V Crude oil, fuel preheating
HY-FL-150 DN300 150 kW 380 V / 480 V Large storage tanks
HY-FL-300 DN400 300 kW 480 V / 690 V Refinery, chemical reactors
HY-FL-500 DN500 500 kW 480 V / 690 V Heavy fuel oil heating

Customization Options

  • Flange standard: ANSI B16.5 / DIN 2501 / JIS B2220 / GB/T 9119
  • Insertion length: 200 mm – 4500 mm
  • Bent / U-shape elements for compact vessels
  • Built-in thermowell for PT100 / thermocouple K, J, T
  • Built-in over-temperature limiter
  • Terminal box with junction options: weatherproof, marine, Ex d IIB/IIC T1–T6
  • Sheath coating: PTFE / FEP for corrosive media
  • Surface load tuning for viscous or fouling-prone fluids
  • Integrated control panel with PID, SSR, SCR power regulation
  • Special drilling, baffle plates, deflector design



Cartridge Heater Specifications

High-density single-ended tubular heaters for molds, dies, platens, and precision heating applications. Custom diameter, length, and watt density.

Technical Specifications

Parameter Range / Value
Outer Diameter Ø3.0 mm – Ø25.4 mm (1/8″ – 1″); standard Ø6.35 / Ø8 / Ø9.5 / Ø10 / Ø12.7 / Ø16 / Ø20
Length 25 mm – 1500 mm
Power Range 20 W – 6000 W per piece
Voltage 12 V / 24 V / 110 V / 120 V / 220 V / 230 V / 240 V / 380 V / 400 V / 480 V
Operating Temperature Up to 750 °C sheath temperature
Sheath Material Incoloy 800 (standard high-temp) / SUS304 / SUS316L / SUS321
Internal Insulation High-purity compacted MgO (> 99.4%)
Watt Density (Surface Load) 5 – 50 W/cm² (high density up to 80 W/cm² for tight bore-fit)
Diametric Tolerance -0.02 / -0.06 mm for slip-fit installation
Lead Wire Fiberglass / PTFE / silicone-insulated; with or without stainless-steel braid
Insulation Resistance ≥ 100 MΩ @ 500 V DC (cold)

Standard Model Options

Model Diameter Length Power Voltage
HY-CH-0605 Ø6.35 mm 50 mm 100 W 220 V
HY-CH-0810 Ø8.0 mm 100 mm 250 W 220 V
HY-CH-1015 Ø10 mm 150 mm 500 W 220 V
HY-CH-1220 Ø12.7 mm 200 mm 800 W 220 V
HY-CH-1630 Ø16 mm 300 mm 1500 W 220 V / 380 V
HY-CH-2040 Ø20 mm 400 mm 2500 W 220 V / 380 V
HY-CH-2560 Ø25 mm 600 mm 4000 W 380 V

Customization Options

  • Built-in thermocouple type J / K / T or PT100 RTD
  • Distributed wattage zones (e.g., 70% / 30% along length)
  • Disabled / unheated zones at tip or terminal end
  • Right-angle lead, mineral-insulated cable extension
  • Flange mount, threaded fitting, or welded collar
  • Stainless steel braided lead with strain relief
  • Tip configurations: standard, swaged, hex, machined
  • Surface load optimization for hot-runner / extruder dies
  • Anti-vibration design for moving platens
  • Quick-disconnect plugs (high-temp)



Explosion Proof Heater Specifications

Flameproof electric heaters certified to GB 3836 for hazardous-area service in oil & gas, chemical, and petrochemical plants. Built with explosion-proof terminal enclosures and thermal cut-off protection.

Technical Specifications

Parameter Range / Value
Tube Diameter Ø8 mm – Ø16 mm element; vessel DN50 – DN600
Power Range 3 kW – 1500 kW per unit (multi-vessel systems on request)
Voltage 220 V / 380 V / 415 V / 480 V / 690 V
Operating Temperature Up to 550 °C (medium-dependent)
Sheath Material SUS304 / SUS316L / SUS321 / Incoloy 800 / Incoloy 825
Vessel / Shell Material Carbon steel / Q345R / SUS304 / SUS316L
Watt Density (Surface Load) 1.5 – 6 W/cm² (T-class dependent)
Working Pressure ≤ 6.4 MPa standard; up to 16 MPa custom
Ex Certification GB 3836 (China Ex), Ex d IIB T1–T6 / Ex d IIC T1–T6
Enclosure Protection IP65 / IP66 explosion-proof junction box
Temperature Class T1 (450 °C) / T2 (300 °C) / T3 (200 °C) / T4 (135 °C) / T5 / T6 selectable

Standard Model Options

Model Power Ex Marking Vessel DN Application
HY-EX-12 12 kW Ex d IIB T4 DN100 Solvent / cleaning fluid
HY-EX-30 30 kW Ex d IIB T4 DN150 Natural gas preheating
HY-EX-60 60 kW Ex d IIC T4 DN200 Hydrogen-containing gas
HY-EX-120 120 kW Ex d IIB T3 DN250 Crude oil heating
HY-EX-250 250 kW Ex d IIB T3 DN350 Process gas / fuel oil
HY-EX-500 500 kW Ex d IIC T3 DN450 Refinery & petrochemical

Customization Options

  • Ex marking selection: Ex d IIB / IIC, gas group per site survey
  • Temperature class T1–T6 matched to flammable substance
  • Multiple over-temperature cut-offs and redundant sensors
  • Vessel insulation: rock wool / aluminum silicate, cladding
  • Flange standards: ANSI / DIN / JIS / GB
  • Explosion-proof control panel: Ex d / Ex p (purged), SCR/SSR power control
  • Cable glands certified Ex d, armored cable entry
  • Sour-service materials (NACE MR0175) on request
  • Skid-mounted package with strainer, valves, and instrumentation
  • Heat tracing & insulation accessory integration

Note: Certification refers to China national standard GB 3836. ATEX / IECEx / NEPSI compliance not claimed unless separately certified per project.



Duct Air Heater Specifications

In-line electric heaters for forced-convection air and gas streams in HVAC, drying, curing, and process ventilation. Finned tubular elements for high heat-transfer efficiency.

Technical Specifications

Parameter Range / Value
Duct Size (W × H) 200 × 200 mm up to 2000 × 2000 mm (custom round / rectangular)
Element Tube Diameter Ø8 mm – Ø12 mm with spiral fins Ø22 – Ø32 mm
Power Range 3 kW – 1000 kW per duct section
Voltage 220 V / 380 V / 415 V / 480 V; three-phase, Y or Δ
Outlet Air Temperature Up to 450 °C (medium / flow-rate dependent)
Element Sheath Material SUS304 / SUS321 / Incoloy 800
Fin Material SUS304 / SUS430 stainless steel (spiral fin, brazed)
Casing / Housing Galvanized steel / SUS304; insulated with ceramic fiber 50 – 100 mm
Watt Density (Surface Load, finned) 0.4 – 2.5 W/cm² (per fin surface)
Air Velocity 3 – 15 m/s recommended
Pressure Drop 50 – 300 Pa typical
Flange Connection Standard duct flange per JG/T or custom drawing

Standard Model Options

Model Duct Size Power Air Flow Outlet Temp.
HY-DH-09 300 × 300 mm 9 kW 1500 m³/h 80 °C
HY-DH-24 400 × 400 mm 24 kW 3000 m³/h 120 °C
HY-DH-60 600 × 600 mm 60 kW 6000 m³/h 150 °C
HY-DH-120 800 × 800 mm 120 kW 10000 m³/h 180 °C
HY-DH-250 1000 × 1000 mm 250 kW 18000 m³/h 250 °C
HY-DH-500 1500 × 1500 mm 500 kW 35000 m³/h 300 °C

Customization Options

  • Round or rectangular duct geometry per site drawing
  • Built-in PT100 / thermocouple, multi-point temperature sensing
  • Air-flow switch and over-temperature interlock
  • Modular multi-stage power control (SCR / SSR / contactor)
  • Stainless or aluminum-zinc casing for outdoor / corrosive sites
  • Ceramic fiber or rockwool insulation thickness 50 – 150 mm
  • Explosion-proof version per GB 3836 (Ex d IIB T3/T4)
  • Inlet / outlet diffuser plates for uniform flow
  • Integrated control cabinet with PID, MODBUS RTU / Profibus
  • Specific element material for sulfur, chloride, or salt-air streams



Thermal Oil Heater Specifications

Closed-loop electric heat-transfer-fluid systems for indirect process heating up to 340 °C. Low watt density design protects fluid life; engineered as skid packages with pump, expansion tank, and control panel.

Technical Specifications

Parameter Range / Value
Heating Vessel DN DN150 – DN600
Power Range 20 kW – 2400 kW per unit (parallel skids for larger duties)
Voltage 380 V / 415 V / 480 V / 690 V; three-phase
Outlet Oil Temperature Up to 340 °C (using mineral / synthetic HTF)
Inlet / Outlet ΔT 20 – 40 °C typical
Element Sheath Material SUS304 / SUS316L / Incoloy 800
Vessel Material Q345R / 20# carbon steel boiler plate; SUS304 optional
Watt Density (Surface Load) 1.2 – 2.5 W/cm² (low-load design for HTF life)
Working Pressure ≤ 1.0 MPa standard; up to 2.5 MPa custom
Heat Transfer Fluid Mineral oil (L-QB300, L-QC320) / synthetic (Therminol, Dowtherm-grade equivalents)
Thermal Efficiency ≥ 95% (electric-to-fluid)
Insulation Aluminum silicate / rockwool 80 – 150 mm with SUS / aluminum cladding

Standard Model Options

Model Power Outlet Temp. Flow Rate Skid Footprint
HY-TO-30 30 kW 200 °C 6 m³/h 1.5 × 0.9 m
HY-TO-72 72 kW 280 °C 12 m³/h 2.0 × 1.0 m
HY-TO-150 150 kW 300 °C 25 m³/h 2.5 × 1.2 m
HY-TO-300 300 kW 320 °C 45 m³/h 3.2 × 1.5 m
HY-TO-600 600 kW 320 °C 85 m³/h 4.0 × 1.8 m
HY-TO-1200 1200 kW 340 °C 160 m³/h 5.0 × 2.2 m

Customization Options

  • Full skid package: heater + circulation pump + expansion tank + filter
  • Dual-pump redundancy (one duty / one standby)
  • Hot-oil booster pump and de-aeration tank
  • Multi-stage SCR / SSR power control for smooth ramp-up
  • PLC + HMI touchscreen (Siemens / Mitsubishi / Schneider)
  • MODBUS / Profibus / Profinet remote interface
  • Multi-zone over-temperature, low-flow, low-level interlocks
  • Explosion-proof version per GB 3836 for hazardous areas
  • Vessel insulation thickness and cladding material
  • Pressure rating uprate to 1.6 / 2.5 MPa per site requirement
  • HTF selection consulting (mineral vs. synthetic for target temperature)
  • Pre-commissioning, on-site oil-charging and start-up service