Home > Products > Heat Resistant Steel Castings >
FH® Step Furnace Supports – High-Temperature NA22H Alloy | Durable Industrial Furnace Components

FH® Step Furnace Supports – High-Temperature NA22H Alloy | Durable Industrial Furnace Components

high-temperature NA22H alloy furnace supports

durable industrial furnace components

heat resistant steel casting supports

Place of Origin:

China

Brand Name:

FH®

Certification:

ISO9001, ISO14001

Model Number:

FH 6025

Chat Now
Request A Quote
Product Details
Material:
Heat Resistant Steel
Material Grade:
NA22H
Customizable:
Dimensions And Designs Can Be Tailored To Fit Specific Furnace Models
Shape:
Cylindrical And Rectangular Blocks With Reinforced Bases For Stable Support
Maximum Operating Temperature:
1100℃
Service:
OEM, ODM
Highlight:

high-temperature NA22H alloy furnace supports

,

durable industrial furnace components

,

heat resistant steel casting supports

Payment & Shipping Terms
Minimum Order Quantity
2 Pieces
Price
USD17-25/KG
Packaging Details
Packed in Plywood Wooden Cases or Stretch Film Wrapping on Pallets
Delivery Time
25-35 Working Days
Payment Terms
T/T
Supply Ability
5000 tons/year
Product Description

FH® Step Furnace Supports – High-Temperature NA22H Alloy


Our FH® Step Furnace Supports are precision-engineered components designed for industrial step furnaces, providing exceptional stability, durability, and thermal resistance under extreme conditions. Crafted from premium NA22H alloy, these supports ensure reliable performance in high-temperature applications across heat treatment, metallurgy, and manufacturing industries.


Key Features

  • Premium Material – NA22H Alloy: High-temperature resistant alloy ensures longevity and minimal deformation under thermal cycling.
  • Precision Machining: Each support is CNC machined for exact dimensions, ensuring perfect alignment and stability within your step furnace.
  • High Load Capacity: Engineered to support heavy loads without compromising structural integrity.
  • Durable Design: Resistant to oxidation, thermal fatigue, and mechanical wear, extending the life of your furnace components.
  • Versatile Application: Ideal for industrial furnaces, heat treatment plants, and other high-temperature processing systems.


Applications

  • Step furnaces in metal heat treatment
  • Industrial thermal processing equipment
  • Aerospace and automotive component heat treatment
  • General high-temperature manufacturing operations


Why Choose FH® Step Furnace Supports?
FH® supports combine precision engineering with advanced material science, delivering components that withstand extreme heat while maintaining structural integrity. Upgrade your furnace reliability and extend operational lifespan with our NA22H step furnace supports.


Genuine Photos of FH® Step Furnace Supports


FH® Step Furnace Supports – High-Temperature NA22H Alloy | Durable Industrial Furnace Components 0

FH® Step Furnace Supports – High-Temperature NA22H Alloy | Durable Industrial Furnace Components 1


FAQ:


Q1: What material are these furnace supports made of?
A: They are made of premium NA22H high-temperature alloy, offering excellent thermal resistance and durability for industrial furnaces.


Q2: What type of furnaces are they suitable for?
A: These supports are designed for step furnaces used in metal heat treatment, industrial thermal processing, and other high-temperature applications.


Q3: Can these supports handle heavy loads?
A: Yes, they are precision-engineered to support heavy loads without deformation or loss of stability.


Q4: Are they resistant to oxidation and thermal fatigue?
A: Absolutely. NA22H alloy is highly resistant to oxidation, thermal cycling, and mechanical wear, ensuring long service life.


Q5: Can the dimensions be customized?
A: Yes, FH® supports can be customized to match specific furnace models or customer requirements.

Send your inquiry directly to us

Privacy Policy China Good Quality Heat Treatment Baskets Supplier. Copyright © 2025-2026 Wuxi Junteng Fanghu Alloy Technology Co., Ltd. . All Rights Reserved.