HEAT TREATMENT

The Heat Treatment Workshop is one of EMTC’s highest-capacity facilities, essential for ensuring the mechanical durability and longevity of our products. Directed by a metallurgical engineer with over 40 years of experience, the workshop operates 24/7 with a team of 50+ highly skilled engineers and technicians (Level 3/4).

1. Advanced Technology Systems (04 Specialized Production Lines)

Our diverse furnace systems are capable of processing a wide range of materials, including Carbon Steel, Alloy Steel, S45C, S50C, S55C, SKD11, SKD61, 40CrV, 42CrV, and more.

• Continuous Belt Furnace: Specialized for pliers and cutting blades.

  • Average Productivity: 180 tons/month.

  • Specifications: Handles parts from Ø3.6mm to Ø200mm, weights from 25g to 1500g.

• High-Frequency Induction Furnace: Specialized for plumbing pliers and components requiring localized surface hardening.

  • Daily Output: 1.8 tons/day (~54 tons/month).

• Vacuum Heat Treatment Furnace: Primarily serves high-precision mold manufacturing and critical components, ensuring zero oxidation and minimal distortion.

  • Average Productivity: 36 tons/month.

  • Specifications: Handles workpieces up to 15kg and lengths up to 450mm.

• Well-Type Tempering Furnace: Designed for heat-treating molds, specialized parts, and long threaded shafts.

  • Average Productivity: 30 tons/month.

  • Specifications: Capable of processing materials with lengths up to 1,125mm.

2. Production Scale & Technical Specifications

• Total Output: Reaching 10 tons of products per day.

• Product Range:

  • Diameter: From Ø3mm to Ø200mm.

  • Weight: From 5g to 15,000g.

  • Minimum Thickness: Starting from 0.8mm.

• Expertise: 100% professionally trained workforce with deep expertise in metallurgical phase transformations and heat-cycle optimization.

3. Featured Products

• Hand Tools: High-quality export pliers and cutting blades.

• Tooling & Dies: Heat treatment for all in-house hot forging and progressive die systems.

• Industrial Components: Threaded shafts, drive components, and high-wear resistance mechanical parts.