Pressure Technology provides hot isostatic pressing services (HIPping) to the aerospace, medical, ceramics, electronics, precision casting, powder metallurgy, additive manufacturing and other industries. At PTI we are specialists in the densification of a wide range of materials including investment castings, powdered metal parts, ceramics, carbides, composites, intermetallics, weldments and other advanced alloys. Other services include diffusion bonding of dissimilar metals and powder consolidation. PTI’s hot isostatic pressing services can be applied to research and development, prototypes, repairs/ product rejuvenation, and production runs.
- Superior Responsiveness & Reliability
- Precise Process Control
- Rigid Quality Control
- Fast Turnaround Time
- Shared Cycle Capability
Why Choose PTI?
Partnering with PTI assures manufacturers of world class quality and reliability while freeing up resources and capital to devote on their core business activity.
Superior HIP Responsiveness & Reliability
Meeting critical requirements and deadlines with fast turnaround job after job.
Thirteen HIP Units in Continuous Operation
Units to 30″ in diameter and 105″ in length with pressures to 30,000 psi and temperatures to 2550° F (1400° C).
HIPing of Castings, Powders, Intermetallics, & Composites
Applications include aerospace, biomedical, tooling, automotive, electronics, defense, and power generation.
Precise Process Control
Computer-controlled equipment provides accurate measurement of temperature and pressure that is continuously recorded for process traceability.
Rigid Quality Control
Comprehensive quality control program meeting ISO9001, AS9100, and Nadcap standards.
Development Assistance Capability
Providing assistance in developing optimized Hot Isostatic Pressing parameters for individual customer requirements.
Shared Cycle Capability
Lower your costs by letting PTI match your small batch HIP run with other small runs requiring the same processing parameters. Contact PTI to find out about the common temperature and pressure cycles.
Shared Customer HIP Cycles
Lower your costs by taking advantage of PTI’s Shared Customer HIP Cycles program.
PTI can match your small batch HIP run with other parts requiring the same processing parameters. PTI’s Shared Customer HIP Cycle runs offer the same high quality processing at a reduced cost.
Contact Us for More DetailsOur Expertise
Our expertise is built on decades of refining HIP processes to deliver consistent, high-quality results for demanding applications. We work closely with customers to develop precise, repeatable parameters, troubleshoot complex material challenges, and improve performance at every stage of production. With a deep understanding of equipment behavior, thermal dynamics, and material science, PTI provides technical insight that goes beyond processing, helping customers reduce risk, improve yields, and achieve dependable outcomes.
Our CapabilitiesOur Certifications
Pressure Technology’s hot isostatic pressing expertise is backed by industry-best quality certifications and standards. Our comprehensive quality control program meets ISO 9001, AS9100 and Nadcap standards, ensuring compliance with all customer requirements. Training, maintenance, instrument calibration, process control and documentation are closely monitored, continuously improved and updated.
- ISO 9001 & AS9100 Certified, NADCAP Accredited
- Approved by P&W, GE, RR, Lockheed, Safran……
- Rigid Quality Control
Download Certificates:
AS9100D/ISO 9001-2015 Certificate PA Nadcap Certificate OH Nadcap Certificate FL Nadcap CertificateApproved By Major Industry Leaders
- Alstom Power
- Avio Aero
- Eaton Aerospace
- GE Aviation
- GE Energy
- Hamilton Sundstrand
- Honeywell
- IHI
- Lockheed Martin
- MTU Aero Engines
- NASA
- Parker Aerospace
- Pratt & Whitney – Canada
- Pratt & Whitney – USA
- Rolls-Royce – Canada
- Rolls-Royce – UK
- Rolls-Royce – USA
- Snecma Safran
- Seimens – Germany
- Seimens – USA
- SpaceX
- Textron Aviation
- Timken
- Volvo
- Wood Group
- And More!
Materials Processed
The hot isostatic pressing process is ideal for components produced from the following materials:
- Aluminum based alloys
- Magnesium based alloys
- Cobalt Chromium alloys
- Copper based alloys
- Cemented tungsten carbide
- Magnetic materials
- Metal matrix composites
- Nickel and cobalt based superalloys
- Optical Materials
- Plasma sprayed and other coatings
- Steel castings - low and high alloy
- Titanium based alloys

