Thermal-Vac Technology

Thermal-Vac Technology, Inc. provides vacuum heat treating, brazing, and coating services. It is based at 1221 West Struck Avenue in Orange, California. The site says it serves the aerospace and defense industries. It also serves engines and propulsion, and medical and dental customers.

The company offers vacuum, aluminum dip, torch, and induction brazing. Its heat treating services include atmosphere heat treat, annealing, and tempering. Its coatings include silicide coatings and diffused high temperature aluminide coatings. Other services include cryogenic treating, induction heating, and surface hardening.

The site says the company supplies key components for rocket engine nozzles and injectors. It does silicide coating, injector plating, alloying, assembling, brazing, and heat treating. The site says the company is approved on major engine and launch systems.

The company says it is approved by NADCAP for brazing and heat treating. It says it is compliant with ITAR. The site lists accreditation pages and approvals for its processes.

The company offers 24/7 quick turn production and rapid response teams. An on demand resource reservation program keeps capacity ready. The site says the team works with customers at every stage of a project. Its research and development staff can help choose methods and materials.

The about page says the company has served customers for over three decades. It names Raytheon, Aerojet Rocketdyne, and SpaceX among its demanding customers. The phone numbers are 714-997-2601 and 800-794-1585. The site also has an online quote form and a tech resources section. The site says the company's 24/7 quick turn production and rapid response teams are there when customers need them. It says the company is in the first rank of brazing, plating, heat treating, and coating providers to aerospace. The site lists tech resources, a linecard, and a resource guide. It also includes a human trafficking statement. The site lists a QP-843 accreditation badge and a request a quote page.