Revolution of Industrial Products Solutions
01 Integrated Technology Platform
- The unique Trinity platform integrating P&S, SMC, and MIM technologies enables us to deliver tailored solutions that optimize performance, cost, and sustainability for each unique application.
- End-to-End Supply Chain Integration: We now offer full vertical integration—from raw materials to machining, heat treatment, and motor assembly.
02 Comprehensive Range of Advanced Materials
- 200+ material formulations and 95% waste recycling
- P&S: Iron, Copper, Stainless Steel, Aluminium, Magnetic Powder
- SMC: Iron, Iron-Silicon, Iron-Silicon-Aluminium, Iron-Nickel
- MIM: Stainless Steel, Rubber, Plastic, Ceramic
03 Industry Collaboration Innovation
- Broad Industry Applications: From new energy (batteries, EVs, solar) to automotive, aerospace, medical apparatus, and consumer electronics.
- Collaborative Design Support: Partnering with clients from concept to production for optimized, custom solutions.
- The unique Trinity platform integrating P&S, SMC, and MIM technologies enables us to deliver tailored solutions that optimize performance, cost, and sustainability for each unique application.
- End-to-End Supply Chain Integration: We now offer full vertical integration—from raw materials to machining, heat treatment, and motor assembly.
- 200+ material formulations and 95% waste recycling
- P&S: Iron, Copper, Stainless Steel, Aluminium, Magnetic Powder
- SMC: Iron, Iron-Silicon, Iron-Silicon-Aluminium, Iron-Nickel
- MIM: Stainless Steel, Rubber, Plastic, Ceramic
- Broad Industry Applications: From new energy (batteries, EVs, solar) to automotive, aerospace, medical apparatus, and consumer electronics.
- Collaborative Design Support: Partnering with clients from concept to production for optimized, custom solutions.
- The unique Trinity platform integrating P&S, SMC, and MIM technologies enables us to deliver tailored solutions that optimize performance, cost, and sustainability for each unique application.
- End-to-End Supply Chain Integration: We now offer full vertical integration—from raw materials to machining, heat treatment, and motor assembly.
- 200+ material formulations and 95% waste recycling
- P&S: Iron, Copper, Stainless Steel, Aluminium, Magnetic Powder
- SMC: Iron, Iron-Silicon, Iron-Silicon-Aluminium, Iron-Nickel
- MIM: Stainless Steel, Rubber, Plastic, Ceramic
- Broad Industry Applications: From new energy (batteries, EVs, solar) to automotive, aerospace, medical apparatus, and consumer electronics.
- Collaborative Design Support: Partnering with clients from concept to production for optimized, custom solutions.
- The unique Trinity platform integrating P&S, SMC, and MIM technologies enables us to deliver tailored solutions that optimize performance, cost, and sustainability for each unique application.
- End-to-End Supply Chain Integration: We now offer full vertical integration—from raw materials to machining, heat treatment, and motor assembly.
- 200+ material formulations and 95% waste recycling
- P&S: Iron, Copper, Stainless Steel, Aluminium, Magnetic Powder
- SMC: Iron, Iron-Silicon, Iron-Silicon-Aluminium, Iron-Nickel
- MIM: Stainless Steel, Rubber, Plastic, Ceramic
- Broad Industry Applications: From new energy (batteries, EVs, solar) to automotive, aerospace, medical apparatus, and consumer electronics.
- Collaborative Design Support: Partnering with clients from concept to production for optimized, custom solutions.
Lightweight Materials for Next-Gen Solutions
01 Titanium Alloy & Stainless Steel
- MIM technology delivers precision components with titanium alloys, high-temperature materials, and biocompatible stainless steels, pushing the boundaries of medical apparatus and consumer electronics.
- Titanium Alloy: The FHT TC4 ti alloy offers a 238.3 MPa·cm³/g strength-to-weight ratio, has a density of 4.41 g/cm³, an ultimate tensile strength of >1000 MPa, and an elongation of >15%.
- Higher-Strength Stainless Steel: Through advanced sintering and heat treatment technologies, the low-density, high-strength steel can reduce weight by 15% compared to conventional steel while providing higher yield strength.
02 Axial Flux Motor
- 1/3 volume and weight and 4 times torque output
- Compared to Radial Flux Motors (RFM), AFM offers higher torque density and efficiency, with an axial dimension only 50% of permanent magnet motors.
- Widely used in electric vehicle hub motors, vessel propulsion, and robots.
03 Helical PM Gears
- Helical PM Gears with Densified High Performance: Surface densification results in a dense layer depth exceeding 0.7mm on the gear teeth, with an overall density of 7.1g/cm³. The bending fatigue and contact fatigue strength after heat treatment are comparable to steel parts.
- Capable of producing external helical gears, internal helical gears, and combined parts, with a maximum rotation angle of up to 33 degrees.
- MIM technology delivers precision components with titanium alloys, high-temperature materials, and biocompatible stainless steels, pushing the boundaries of medical apparatus and consumer electronics.
- Titanium Alloy: The FHT TC4 ti alloy offers a 238.3 MPa·cm³/g strength-to-weight ratio, has a density of 4.41 g/cm³, an ultimate tensile strength of >1000 MPa, and an elongation of >15%.
- Higher-Strength Stainless Steel: Through advanced sintering and heat treatment technologies, the low-density, high-strength steel can reduce weight by 15% compared to conventional steel while providing higher yield strength.
- 1/3 volume and weight and 4 times torque output
- Compared to Radial Flux Motors (RFM), AFM offers higher torque density and efficiency, with an axial dimension only 50% of permanent magnet motors.
- Widely used in electric vehicle hub motors, vessel propulsion, and robots.
- Helical PM Gears with Densified High Performance: Surface densification results in a dense layer depth exceeding 0.7mm on the gear teeth, with an overall density of 7.1g/cm³. The bending fatigue and contact fatigue strength after heat treatment are comparable to steel parts.
- Capable of producing external helical gears, internal helical gears, and combined parts, with a maximum rotation angle of up to 33 degrees.
- MIM technology delivers precision components with titanium alloys, high-temperature materials, and biocompatible stainless steels, pushing the boundaries of medical apparatus and consumer electronics.
- Titanium Alloy: The FHT TC4 ti alloy offers a 238.3 MPa·cm³/g strength-to-weight ratio, has a density of 4.41 g/cm³, an ultimate tensile strength of >1000 MPa, and an elongation of >15%.
- Higher-Strength Stainless Steel: Through advanced sintering and heat treatment technologies, the low-density, high-strength steel can reduce weight by 15% compared to conventional steel while providing higher yield strength.
- 1/3 volume and weight and 4 times torque output
- Compared to Radial Flux Motors (RFM), AFM offers higher torque density and efficiency, with an axial dimension only 50% of permanent magnet motors.
- Widely used in electric vehicle hub motors, vessel propulsion, and robots.
- Helical PM Gears with Densified High Performance: Surface densification results in a dense layer depth exceeding 0.7mm on the gear teeth, with an overall density of 7.1g/cm³. The bending fatigue and contact fatigue strength after heat treatment are comparable to steel parts.
- Capable of producing external helical gears, internal helical gears, and combined parts, with a maximum rotation angle of up to 33 degrees.
- MIM technology delivers precision components with titanium alloys, high-temperature materials, and biocompatible stainless steels, pushing the boundaries of medical apparatus and consumer electronics.
- Titanium Alloy: The FHT TC4 ti alloy offers a 238.3 MPa·cm³/g strength-to-weight ratio, has a density of 4.41 g/cm³, an ultimate tensile strength of >1000 MPa, and an elongation of >15%.
- Higher-Strength Stainless Steel: Through advanced sintering and heat treatment technologies, the low-density, high-strength steel can reduce weight by 15% compared to conventional steel while providing higher yield strength.
- 1/3 volume and weight and 4 times torque output
- Compared to Radial Flux Motors (RFM), AFM offers higher torque density and efficiency, with an axial dimension only 50% of permanent magnet motors.
- Widely used in electric vehicle hub motors, vessel propulsion, and robots.
- Helical PM Gears with Densified High Performance: Surface densification results in a dense layer depth exceeding 0.7mm on the gear teeth, with an overall density of 7.1g/cm³. The bending fatigue and contact fatigue strength after heat treatment are comparable to steel parts.
- Capable of producing external helical gears, internal helical gears, and combined parts, with a maximum rotation angle of up to 33 degrees.
Products
Car parts
Consumer Electronics
Soft magnetic
Other parts
Partner
