Zhenbang die steel centered on best customer service and focus on becoming a global leading die steel expert and supplier for small and medium enterprise
Full chain independent production/technology intensive quality control/high-end market penetration/location logistics efficiency
Unique triple process of "electric furnace LF precision electric slag remelting"
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About Us
Hubei Zhenbang Die Steel Materials Co.,Ltd
Hubei Zhenbang Die Steel Materials Co.,Ltd.(established in 2022) is located in China's advanced manufacturing base and the core hinterland of China's special steel industry - Xisaishan Industrial Park, Huangshi, Hubei. Relying on Huangshi's 3,000-year-old mining and metallurgy cultural accumulation and the industrial cluster advantages of the "cradle of China's steel industry", the company is driven by technological innovation and has rapidly grown into a high-tech enterprise integrating R&D, smelting, forging, heat treatment, fine processing, and testing for die steel full industrial chain. The factory covers an area of more than 6,000 square meters, with an annual output exceeding 20,000 tons. Products are exported to more than 20 countries and regions around the world, and have served more than 2,100 customers.
Founded in
Factory Site
Annual Production Capacity
Customers and Partners
Distribute Across Countries
Core Competencies
Vertically Integrated Production Ecosystem
Fine Machining Accessories
Heat Treatment Technology
Forging Ability
Smelting Process
Production Capacity
Professional Focus
Lab-Grade Quality Control Standards and System
Microscopic control: Using a metallographic microscope (1000x magnification) in conjunction with a low-magnification corrosion test to comprehensively monitor the uniformity of the microstructure.
Performance testing: Brinell/Rockwell hardness tester, ultrasonic flaw detector (3 units)
Component Analysis: German imported direct reading spectrometer (desktop + portable dual configuration)
Original "electric arc furnace + LF refining + electroslag remelting" three-link process, conquering the problem of segregation in large-section die steel
The technical team accounts for over 20%, including 8 senior engineers and several senior experts in the metallurgical industry.
Production Capacity
3000-ton Stamping Presses
Vacuum Degassing Furnace
Gantry Milling Machine
Sawing Machine
Lathe
Annealing Furnace
Electric Arc Furnace
Workshop Inventory
News
Understanding Shock-Resistant Tool Steel: The Backbone of Precision Engineering
Shock-resistant tool steel is a specialized category of steel designed to withstand sudden impacts and shock loads without deforming or fracturing. This type of steel is crucial in various applications where tools are subjected to high stress and sudden shocks. The unique properties of shock-resistant tool steel make it an essential material in the fields of metallurgy, mining, and energy, particu
2026-04-10
Understanding Cold Hardening Steel: Properties, Processes, and Applications
Cold hardening steel, also known as work-hardened steel, refers to a process where steel becomes harder and more durable through mechanical deformation. Unlike typical hardening methods that often require heating, cold hardening occurs at room temperature, making it a unique and advantageous technique in metallurgy. Understanding the properties and processes associated with cold hardening steel ca
2026-04-09
Understanding H13 Steel Heat Treatment: A Pathway to Enhanced Performance
H13 steel, a chromium-molybdenum hot work tool steel, is widely recognized for its excellent toughness, high-temperature strength, and resistance to thermal fatigue. The heat treatment of H13 steel plays a crucial role in enhancing its mechanical properties, making it suitable for demanding applications such as die casting, forging, and extrusion. The heat treatment process typically involves thre
2026-04-08
Understanding the Cold Working Steel Process: Enhancing Properties for Superior Applications
The cold working steel process involves the plastic deformation of steel at room temperature. Unlike hot working, where materials are shaped at elevated temperatures, cold working is conducted without any heat application. This method significantly enhances the mechanical properties of the steel, such as tensile strength and hardness. One of the primary advantages of the cold working steel process
2026-04-07
Address: No. 128, Zhang Zhihe Avenue, Dapaishan Village, Xisaishan District, Huangshi City, Hubei Province