24/7 Production Capacity

PTI offers a broad range of hot isostatic pressing processing (HIPping) capabilities. Our modern, state-of-the-art facilities are designed for cost-effective handling of customer requirements include 16″ diameter to 30″ diameter high pressure production units. Our 7-day, 24-hour operations allows PTI to offer excellent turnaround. The molybdenum furnace with argon atmosphere vessels can provide enhanced cooling capabilities, R&D capabilities, pressures to 30,000 psi, and temperature capabilities to 2550° F.

  • Thirteen (13) Units up to 30″ in Dia. & 105″ High
  • Pressures up to 30,000 psi (207 MPa)
  • Temperatures to 2550° F (1400° C)
  • ISO 9001 & AS9100 Certified, NADCAP Accredited
  • Approved by P&W, GE, RR, Lockheed, Safran…

Industry Certifications Backed by 99% Uptime

PTI’s quality system is Nadcap, ISO 9001 and AS9100 Certified. We are an approved supplier to the aerospace industry including Alstom, Avio, Eaton, GE, Hamilton Sundstrand, Honeywell, IHI, Lockheed, MTU, NASA, Parker, Pratt & Whitney, Rolls-Royce, Snecma, Siemens, SpaceX, Textron, Timken, Volvo and Wood Group.

All PTI hot isostatic pressing equipment performs within stringent customer requirements and is exceptionally reliable. PTI maintains all of the HIPping equipment and stocks a controlled inventory of back up components. The result? Over 99% uptime.

Approved 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!

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.

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Our HIP Units

PTI operates a fleet of 13 hot isostatic pressing units, providing the capacity and flexibility to support everything from research work to high-volume production.

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Warminster, PennsylvaniaFacility Address

Unit Diameter Length Maximum Temp. Maximum Pressure
HIP2 16″ (405 mm) 42″ (1068 mm) 2550° F (1400° C) 15,000 PSI (103 MPa)
HIP4 20″ (505 mm) 60″ (1520 mm) 2550° F (1400° C) 30,000 PSI (207 MPa)
HIP5 30″ (760 mm) 70″ (1780 mm) 2450° F (1340° C) 25,000 PSI (170 MPa)
HIP12 30″ (760 mm) 105″ (2667 mm) 2450° F (1340° C) 25,000 PSI (170 MPa)

Concord, OhioFacility Address

Unit Diameter Length Maximum Temp. Maximum Pressure
HIP3 16″ (405 mm) 42″ (1068 mm) 2550° F (1400° C) 15,000 PSI (103 MPa)
HIP6 30″ (760 mm) 90″ (2285 mm) 2450° F (1340° C) 25,000 PSI (170 MPa)
HIP7 30″ (760 mm) 90″ (2285 mm) 2450° F (1340° C) 25,000 PSI (170 MPa)
HIP8 30″ (760 mm) 90″ (2285 mm) 2450° F (1340° C) 25,000 PSI (170 MPa)
HIP9 30″ (760 mm) 90″ (2285 mm) 2450° F (1340° C) 25,000 PSI (170 MPa)
HIP10 30″ (760 mm) 105″ (2667 mm) 2450° F (1340° C) 25,000 PSI (170 MPa)
HIP11 30″ (760 mm) 105″ (2667 mm) 2450° F (1340° C) 25,000 PSI (170 MPa)

Alachua, FloridaFacility Address

Unit Diameter Length Maximum Temp. Maximum Pressure
HIP14 30″ (760 mm) 90″ (2285 mm) 2450° F (1340° C) 25,000 PSI (170 MPa)
HIP15 30″ (760 mm) 105″ (2667 mm) 2450° F (1340° C) 25,000 PSI (170 MPa)

Learn the Benefits of HIPing Castings

See how Hot Isostatic Pressing eliminates internal porosity and enhances the performance of precision castings.

Learn the Benefits

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