High-Vacuum Sintering Service for Advanced Materials

Consolidation of metal and ceramic powder compacts under high vacuum at temperatures up to 1300 °C. Suitable for titanium, refractory alloys, stainless steel, and other specialty metal systems. Ideal for MIM green parts, powder metallurgy components, and custom near-net-shape parts.

Stress relief, softening, and microstructure homogenization under clean vacuum atmosphere. Prevents surface reactions during annealing of reactive metals, high-alloy steels, and precision components where surface integrity is critical.

Dissolution of secondary phases and homogenization of alloying elements in a controlled vacuum environment. Applied to nickel superalloys, titanium alloys, precipitation-hardening stainless steels, and other high-performance alloy systems.

Controlled aging cycles following solution treatment to achieve targeted strength and hardness through precipitation of strengthening phases. Performed under vacuum to maintain surface quality of precision or near-net-shape components.

Reduction of internal residual stresses in machined, formed, or welded components without altering bulk mechanical properties. Particularly effective for titanium and specialty alloy parts where atmospheric contamination during treatment must be avoided.

Post-hardening tempering under vacuum to reduce brittleness and achieve a targeted hardness-toughness balance. Applicable to tool steels and high-alloy components where clean, bright surfaces are required after treatment.

If you are producing or qualifying parts from titanium, nickel superalloys, refractory metals, or high-alloy steels — and your volumes do not justify furnace ownership — our service gives you rapid access to an industrial-grade vacuum environment for trials, qualification batches, or overflow production.

Whether you are a metal powder producer testing new alloy grades or a PM parts manufacturer needing controlled sintering for sample runs or overflow jobs, our large-chamber furnace provides an industrial-grade environment that goes well beyond what a laboratory can offer.

Research groups and institutes developing novel sintered materials or thermal processes often need more capacity and temperature range than a university laboratory can provide, but the economics of a dedicated furnace don't stack up. Our service bridges that gap — with full process reporting for your records.

If you run a regional contract heat treatment operation without vacuum sintering equipment, we can act as a reliable sub-contractor for those specific jobs — so you don't have to turn customers away.

EU regulation is driving demand for NdFeB magnet recycling at scale. If your process requires controlled vacuum thermal steps during alloy recovery or re-sintering, our industrial vacuum environment is well suited to support process development and early-stage production.

For developers of SOEC/SOFC components, battery materials, or other advanced energy applications, access to industrial-scale vacuum sintering without a multi-year equipment procurement cycle can significantly accelerate your development timeline.