Gas Nitriding Furnaces

Gas Nitriding Furnaces Specification

Feature
Even Temperature Distribution, PLC Control, Low Energy Consumption

Rating
High durability

Condition
New

Type
Gas Nitriding Furnace

Usage
Industrial Surface Hardening

Power
12-36 kW (depending on model)

Voltage
220V/380V/415V, 3 Phase

Size
Customizable as per requirement

Dimensions
Standard & Custom Sizes Available

Weight
Varies with Model (800 kg to 4000 kg)

Application
Gas Nitriding of Steel Components

Fuel Type
Gaseous Atmosphere (Ammonia, Nitrogen, Methanol)

Capacity
100 kg to 1000 kg per batch

Cooling Method
Optional Forced or Natural Cooling

Service Support
On-site Installation & Training Available

Retort Material
Alloy Steel Retort

Test Certificate
Provided with Calibration and Compliance Certificates

Atmosphere Circulation
Integrated Forced Gas Circulation Fan

Temperature Uniformity
±5°C

Door Type
Hydraulically Operated

Safety Features
Automatic Gas Shut-off, Overheat Alarm, Emergency Stop

Max Operating Temperature
Up to 600°C

Insulation Type
Double Layer Ceramic Wool & High-Density Bricks

Heating Element Material
Nickel-Chromium Alloy

Chamber Configuration
Vertical/Horizontal

Control System
Digital PID/PLC Based Automatic Controls

Outer Shell Material
Mild Steel/Fully Insulated

Gas Nitriding Furnaces Trade Information

Minimum Order Quantity
1 Piece

Delivery Time
45 Days

About Gas Nitriding Furnaces

For catering the variegated demands of our respected clients, we are highly engrossed in providing a wide range of GasNitriding Furnaces.

Features:
Highly durable
Robust construction
Easy maintenance.

These furnaces are equipped with a gas-tight retort made of heat-resistant steel (optionally Inconel) to ensure safe operation in an ammonia/hydrogen mixture.To ensure good temperature uniformity and gas distribution, the furnaces are equipped with an atmosphere circulation fan.The process controls is based on a PLC with safety monitoring (F-PLC) and an nitriding controller module. A hydrogen sensor is installed to control the nitriding potential KN (optionally also carburizing potential KC with CO2connection and oxygen probe for nitrocarburizing).

Uniform temperature distribution obtained through independently controlled heating zones and intensive atmosphere circulation ensuring full control of nitriding potential throughout all stages of the process
Light ceramic fiber insulation reduces heat loss and thus energy consumption