Graphitization Furnace

Reaches 2800C with IGBT induction heating for fast, efficient graphitization. Supports vacuum, argon, or nitrogen atmosphere. Ideal for carbon fiber, battery materials, and nano materials. Available in 5 sizes from 54L to 576L for lab to industrial use.

Reaches 2800°C for carbon fiber, graphite, and battery material graphitization. Features IGBT power control, ±10°C uniformity, vacuum/argon atmosphere, and intelligent PLC interface. Available in 5 sizes from lab to production. 1-year warranty and lifetime support.

Reaches 2800C for carbon fiber and battery material graphitization. IGBT power control, vacuum or argon atmosphere, ±1C precision. Five models from 54L to 576L. Equipped with safety alarms and optional gas purifier. Ideal for lab and industrial production.

Reaches 2800°C for precise carbon fiber and graphite processing. Features IGBT power control, vacuum/argon atmosphere, ±10°C uniformity, and intelligent interface. Available in 5 scalable models from 54L to 576L for lab to industrial use.

This 2800°C vacuum induction graphitization furnace features IGBT power control for high energy efficiency and precise temperature control. Supports vacuum, argon, or nitrogen atmospheres. Ideal for carbon fiber, battery materials, and rare earth processing. Available in 54L to 576L models with optional Delta PLC and Raytek pyrometer.

Reaches 2800°C for carbon fiber, graphite, and battery material graphitization. Features IGBT power control, argon/nitrogen atmosphere, and ±1°C precision. Available in 5 sizes from 54L to 576L for lab to industrial use.

Reaches 2800C for carbon fiber, graphite, and battery material processing. Features IGBT power control, vacuum induction heating, and protective atmosphere. Precision temperature control with ±10C uniformity. Available in 5 scalable models from 54L to 576L for lab to industrial use.

Reach 2800C with IGBT power for energy efficiency and stable graphitization. Supports vacuum and argon/nitrogen atmosphere. Ideal for carbon fiber, battery materials, and advanced carbon processing. Available from 54L lab to 576L production models with precise temperature control.

Achieve stable 2800℃ graphitization with IGBT precision control. Supports vacuum, argon, or nitrogen atmospheres. Ideal for carbon fiber, battery materials, and graphite powder. Available in 5 scalable models from 54L to 576L for lab to industrial use.

Reaches 2800℃ for carbon fiber, graphite, and battery material processing. Features IGBT power control, vacuum/atmosphere protection, and ±1℃ precision. Available in 5 sizes from 54L to 576L for lab to industrial use.

IGBT energy-saving design reaches 2800℃ with ±1℃ precision. Supports vacuum, argon, or nitrogen atmosphere. Ideal for carbon fiber, battery materials, and rare earths. Available from 54L to 576L lab to production models. 1-year warranty and lifetime support.

Max temperature 2800℃ with ±1℃ accuracy and ≤±10℃ uniformity. IGBT power control saves energy. Supports vacuum or Argon atmosphere. Ideal for carbon fiber, battery materials, and graphene. 5 scalable models from 54L to 576L. Delta PLC control. 1-year warranty and lifetime support.

Max temperature 2800C with ±1C accuracy and ≤±10C uniformity. IGBT power control saves energy. Works in vacuum or Argon. Ideal for carbon fiber, battery materials, and graphite purification. 5 scalable models from 54L to 576L. Delta PLC control. 1-year warranty and lifetime support.

Max temperature 2800°C with ±1°C accuracy and ≤±10°C uniformity. IGBT/SCR control saves energy. Supports vacuum or Argon atmosphere. Ideal for carbon fiber, battery materials, and graphene. 5 scalable models from 54L to 576L. Delta PLC, Raytek pyrometer, and 1-year warranty included.

Reaches 2800°C with ±1°C accuracy for precise carbon fiber and graphite processing. IGBT power control saves energy. Supports vacuum or argon atmosphere. Five models from 54L to 576L for lab to production. Features Delta PLC and Raytek thermometer.

Reaches 2800C for efficient graphitization of green coke, carbon fiber, and battery materials. Features IGBT power control, precise atmosphere regulation, and ±1C temperature accuracy. Available in 54L to 576L models for lab to industrial use. Supports vacuum or argon/nitrogen protection.

IGBT energy-saving induction heating reaches 2800°C with fast ramp-up and ±1°C precision. Supports vacuum or argon/nitrogen atmosphere. Ideal for carbon fiber, battery materials, and graphene. Available in 5 sizes from lab to production scale with PLC control and US infrared thermometer.

Achieve 2800℃ graphitization with IGBT power control and ±10℃ uniformity. Suitable for carbon fiber, battery materials, and rhenium. Features vacuum/argon atmosphere, Delta PLC control, and scalable models from 54L to 576L for lab to industrial use.

Reaches 2800°C for efficient graphitization of carbon fiber, graphite, and radiation-proof materials. Features IGBT power control, ±10°C uniformity, and vacuum protection. Available from 54L to 576L with optional gas purifier and cooling tower. Ideal for lab and industrial production.

Reaches 2800°C for uniform graphitization of carbon materials, green coke, and battery negatives. IGBT power control reduces energy use. Supports vacuum, argon, or nitrogen atmosphere. Five scalable models from 54L to 576L for lab to production. Delta PLC control and Raytek pyrometer included.