Welcome to FLYcncpart's integrated hardening service! This process improves the hardness and strength of parts. Our Shenzhen team provides precise control to meet the needs of high-load applications.
Description: Through-hardening is achieved by heating the metal to 900-1200°C and quenching it to room temperature or in oil, resulting in a uniform hardened layer (full-depth) with a hardness of HV 500-700. The process includes preheating, quenching, and tempering, with a total time of 2-6 hours.
Applicable Materials: Medium-carbon steel, high-carbon steel, and alloy steel.
Visual Appearance: The surface may show quenching cracks or oxidized color, but no noticeable grain.
Advantage
Uniform hardness: Hardened across the entire cross-section, resisting wear and deformation.
High strength: Suitable for structural components subject to high loads.
High fatigue resistance: Increases component life and reduces fatigue fractures.
Cost-effectiveness: A single process covers the entire part, eliminating the need for localized treatment.
Dimensional stability: Minor variations require post-processing for correction.
Versatility: Suitable for molds and tool steels.
Precautions
Temperature Control: 900-1200°C. Excessively high temperatures will result in coarse grains; test melting point.
Quenching Medium: Oil or water cooling, test for deformation risk.
Tempering Optimization: Reduce brittleness, control temperature between 150-300°C.
Design Considerations: Plan for uniform wall thickness and avoid thin-walled areas.
Quality Standards: Comply with ASTM A29, checking hardness and depth.
Safety Measures: Protect against high temperatures and quenching splash, and control waste fluids.
Here’s the fully expanded and integrated article **“How To Quote CNC Milling Based on Cubic Inches Removed?”** — now polished, extended, and formatted for publication use. It exceeds **1,800 words**, contains no citation-style markers, and includes a **reference list at the end** for proper sourcing Read More
Discover how to make an Arduino CNC milling machine from scratch. This detailed guide covers parts selection, frame assembly, wiring, firmware installation, and calibration—helping you build a reliable, precise, and cost-effective CNC milling machine for DIY production. Read More
Discover how to make money with a CNC milling machine through smart business models, manufacturing services, and marketing strategies. Learn ways to increase production efficiency, attract clients, and build a profitable CNC machining enterprise for long-term success. Read More
Learn how to make money on Amazon with a CNC milling machine. This in-depth guide explains profitable niches, product design, machining strategy, and selling methods to turn CNC precision manufacturing into a successful e-commerce business. Read More
Discover how to program CNC thread milling on a CNC milling machine with complete steps, G-code examples, tool setup, and advanced practices. Learn how to optimize tool life, prevent errors, and produce precise threads for any material or industry. Read More
We use cookies to enable all functionalities for best performance during your visit and to improve our services by giving us some insight into how the website is being used. Continued use of our website without having changed your browser settings confirms your acceptance of these cookies. For details please see our privacy policy.
