|Plastic Electronic Appliance Housing And Metal Injection Molding Telecommunication Accessories
|Stainless Steel Sintering
|Metal Powder Injection Molding
|MIM Powder Electrospark Sintered
|3mm ~ 120 Mm
Appliance Housing surface treatment anodizing,
Electronic surface treatment process,
surface treatment anodizing Telecommunication Accessories
Plastic Electronic Appliance Housing And Metal Injection Molding Telecommunication Accessories
We are a company specializing in the production and processing of powder metallurgy ferrous gears, powder metallurgy shaft sleeves, stainless steel powder metallurgy, powder metallurgy and other products. Our products are widely used in automobile and motorcycle parts, household appliances, micro motors, electric tools, food machinery, agricultural machinery and other industrial fields
We empower your enterprise through the following industries:
1. Plastic Injection Molding
2. Metal Injection Molding
3. Die casting
4. Surface treatment
5. Assembly technology
About size and tolerance
As any other manufacturing process, Metal Injection Molding MIM also entails some design requirements. Our experienced engineers support customer’s component design from the planning stage until its mess production.
MIM is particularly suitable for small to medium-sized components. As a rule, the bigger a component is the more deviations can occur regarding the component size. Therefore, Herong has specialized in the production of parts with an average weight between 0.01 and 50 g about 3mm~ 200mm, although the production of larger components is also possible. Herong is currently manufacturing components with a maximum weight of about 120 g.
Ask our sales engineer to get the material data sheet. If you can not find the materials you want, please contact sales engineer.
|Copper with good electrical and thermal conductivity and excellent corrosion resistance.
|Application examples: electrical engineering, e.g. connectors, cooling elements.
|Pressure Moulding Metal Injection Molding
|Cobalt-chromium based hard alloy with excellent wear resistance.
|Application examples: turbine blades, valve seats in combustion engines, parts of turbochargers.
|WC / Co 88 / 12
|Metal powder forming
|Carbide with very high hardness and wear resistance even at high temperatures.
|Application examples: cutting tools, forming technology.
|Powder metal forming
|The currently strongest permanent magnets are made of the material neodymium-iron-boron.
|The material is used where very strong permanent magnetic fields are required. Areas of application include loudspeakers, microphones, DC and AC motors and also magnetic clamps.
|High melting point, high hardness, high strength, high specific gravity, creep resistance, thermal conductivity, electrical conductivity and other excellent properties
|Rotor accessories of gyroscope, inertial rotating components of aircraft, balance weight components of aileron, rudder, engine, helicopter rotating blades, etc. Anvil materials for electric upsetting, rivet materials in electric riveting, electrode materials for EDM, welding materials, electrical contact materials for high-voltage switches, etc. Tungsten alloy has strong attenuation ability to X rays, and is an ideal material for shielding components or containers of various radioactive sources, such as medical tungsten needles, gamma ray collimators, anti scattering plates, CT detectors, radiology doors, etc.
What products can you supply?
How long is the lead-time for mold?
A: It all depends on the products' size and complexity. Normally, the lead time is 15-25 days.
I have no 3D drawing, how should I start the new project?
A: You can supply us a molding sample, we will help you finish the 3D drawing design.
Before shipment, how to make sure the products quality?
A: If you don't come to our factory and also don't have the third party for inspection, we will be as your inspection worker.
We will supply you a video for production process detail include process report, products size structure and surface detail, packing detail and so on.
Contact Person: Mikael