Powder Metallurgy. 
Sintered parts manufacturing.

This time-tested method is our go-to for large-scale production of durable structural components. The process involves:

1. Compressing fine metal powders
2. Shaping the compressed powder in a die
3. Sintering the shaped powder to form solid parts

Our traditional powder metallurgy technique is especially effective for:

• Producing iron-based alloy components
• Creating parts with controlled porosity (typically 5-15%)
• Manufacturing near-net-shape components, minimizing post-production machining

MIM technology merges the versatility of plastic molding with the robustness of metal fabrication. This innovative process excels in crafting intricate, compact parts with exceptional precision. MIM is particularly advantageous for industries demanding miniaturization and accuracy, such as:

• Electronics: Producing tiny, complex connectors and housings
• Medical devices: Manufacturing precise surgical tools and implant components
• Automotive: Creating sophisticated sensor housings and fuel injection parts

Our MIM process ensures cost-effective mass production while maintaining perfect quality and dimensional stability.

Our cemented carbide products are sturdy and wear-resistant metal parts. Composed of tungsten carbide particles bonded with cobalt, these materials offer exceptional hardness (1400-2000 HV), superior wear resistance and extended tool life in demanding applications.
Cemented carbides find extensive use in:

• Machining: Creating durable cutting tools for metal processing
• Mining: Producing wear-resistant components for drilling and excavation
• Construction: Manufacturing long-lasting tools for concrete and rock cutting

Hydroforce Engineering manufactures a wide range of finished and semi-finished tungsten carbide products for our customers.

Designing and producing custom porous metal filters for diverse applications. Our sintered filters offer:

• High filtration efficiency, capturing particles as small as submicron size
• Exceptional durability and resistance to chemical corrosion
• Ability to withstand extreme temperatures and pressures

Our filters perform reliably in demanding industries such as:

• Petrochemical: Filtering corrosive fluids and gases
• Pharmaceutical: Ensuring purity in drug manufacturing processes
• Food and beverage: Maintaining hygiene and product quality