From machining to heat treatment, one-stop gives parts high hardness, wear resistance and long life to make every CNC machined part obtain longer life and stronger reliability!!!
Heat treatment services for CNC machining
What is heat treatment of metal?
Metal heat treatment is a process method that places metal workpieces in a certain medium for heating, heat preservation and cooling, and controls their performance by changing the surface or internal organizational structure of metal materials.
Why do parts need heat treatment?
Which parts are suitable for heat treatment?
►Core function: high load, high wear environment
Transmission and power components
Gear/gear shaft : surface carburizing and quenching (HV 800-1200) to improve the wear resistance of the tooth surface, tempering treatment (such as 45 steel) to ensure the toughness of the heart.
Crankshaft/camshaft : induction hardening of journal surface (HRC 55-60), with low temperature tempering to reduce brittleness .
Bearing inner and outer rings : integral quenching + tempering (GCr15 steel), or nitriding treatment (such as aviation bearings) to improve the fatigue strength.
Wear and sealing parts
Brake disc/piston ring : laser surface quenching to form a hardened layer, reduce friction loss .
Mold cavity/punch : vacuum quenching (H13 steel) to avoid oxidation deformation, surface nitriding to extend the service life
►Precision structural parts: dimensional stability and lightweight requirements
Aerospace components
Landing gear/turbine blades : titanium alloy solution aging strengthening (TC4) to improve specific strength and creep resistance.
Aluminum alloy frame : T6 aging treatment (such as 7075 alloy), dimensional stability up to ±0.01mm.
Electronic and optical devices
5G base station shell : aluminum alloy anodizing + aging treatment, taking into account heat dissipation and corrosion resistance.
Precision guide rail : stress relief annealing to eliminate processing deformation, to ensure nanometer precision
►Special working condition parts: corrosion resistance and extreme environment adaptation
Chemical and Medical equipment
Stainless steel surgical instruments : vacuum solution treatment (316L) to ensure biocompatibility and sterile surface.
Pump valve seal : chromized treatment (such as 17-4PH steel), acid and alkali corrosion resistance life increased by 5 times 38.
Energy and Heavy Industry equipment
Wind power gearbox planetary frame : differential temperature quenching (34CrNiMo6 steel), withstand 10MW torque impact 16.
Nuclear bolt : boration treatment to enhance the anti-radiation performance, service life of more than 40 years
Typical heat treatment process matching table
|
Part type |
Common process |
Performance improvement target |
Examples of applicable materials |
|
The tooth face of a gear |
Carburizing quenching+ low temperature tempering |
Surface hardness HV1000, |
20CrMnTi, 8620steel |
|
Aluminum Fuselage frame |
T6 Aging treatment |
Tensile strength≧500Pa Light weight |
6061,7075 Aluminum |
|
Precision Mold |
Vacuum quenching + multiple tempering |
Hardness HRC48-52 No oxidation and decarbonization |
H13, SKD61 Alloy steel |
|
Stainless steel Medical forceps |
Solution treatment + point depolishing |
Corrosion resistance meets ISO 13485 standards |
316L, 440C stainless steel |
Why choose us? -- Unique advantages of heat treatment in CNC machining plant
✅ "Processing-heat treatment" seamless connection
No need to wait for external cooperation, avoid the risk of transportation oxidation/bump, and shorten the delivery time by 50% (the fastest delivery within 24 hours).
✅ customized process chain
According to your parts material (steel/aluminum/titanium/copper), working conditions (high temperature/corrosion/high load) match the best scheme, provide free material selection suggestions .
✅ zero defect quality control
100% hardness test + metallographic sampling + dimensional retest, data report delivered with the goods, in line with IATF 16949 automotive industry standards.
Our core technology:
Vacuum heat treatment system
Limit vacuum 5×10⁻³Pa to prevent oxidation
Application: Die steel/high speed steel/titanium alloy precision parts
Controlled atmosphere carburizing
The surface hardness is increased to HRC58-62
The control accuracy of penetration depth is ±0.1mm
Cryogenic treatment process
Liquid nitrogen treatment at -196℃ eliminates residual austenite
Significantly improve the abrasion resistance of tool steel 200%