Toll Free:1-800-Kittyhawk
Local: 714-895-5024
Fax: 714-893-8709
Kittyhawk Products
11651 Monarch Street
Garden Grove, CA 92841

FAQs

FAQs

Questions & Answers

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Q: What is HIP?

A: Hot Isostatic Processing is a process in which components are subjected to the simultaneous application of heat and high pressure in an inert gas medium. Using “hot Isostatic pressure”, the material is changed, in simple terms, to a ‘plastic state’ which collapses the voids. The clean surfaces of the voids bond together making components or parts stronger. In most cases, this does not change or alter the shape of the parts.
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Q: What are the benefits:

A: Create high strength bonds. Improve mechanical properties. Improve fatigue life. Remove internal porosity. Improve x-ray standard. Improve property scatter. Reduce rejection rate. Reduce scrap losses. Improve machine surface quality. Reduce machining and weld repair.
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Q: How long is turn-around time?

A: Kittyhawk Products not only provides the best customer service, but we offer the fastest turn-around time in the HIPing industry at 48 hours!
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Q: Why use HIP?

A: The HIP process not only results in higher quality and improved mechanical properties, but it accomplishes this at greatly reduced cost. Tooling is simple and inexpensive, scrap is dramatically reduced and machining is minimized. Additionally, because HIP is not size or shape dependent and can be used on a wide variety of materials, HIP allows for increased design flexibility.
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Q: What gets HIPed?

A:

  • Turbine and airframe components.
  • Metal matrix composites, parts requiring cladding.
  • Powdered metals or MIM components, powder billets.
  • Medical implants, firearm components. (Rejuvenation).
  • Any metal or ceramic based products that require integrity, or premium surface finishes.
  • Assemblies requiring diffusion bonding.
  • High pressure values and pumps.
  • Automotive parts.
  • Recreational parts, components that require premium surface finishes.


Kittyhawk Products Typical Cycles

Material Parameters Alloys
Aluminum 950°F/2-6 hrs/15ksi A201, A206
Aluminum 970°F/2-3 hrs/15ksi 335, A335, 356,
357, A357, A201, A206
Titanium 1650°F/2 hrs/15ksi
1750°F/2-4 hrs/15ksi
C.P, Ti-6-4, Ti-5-2-5,
Ti-6-4-4-2, Ti-6-2-4-6,
Ti-6-6-2, Ti-8-1-1
Steel 1950°F/2 hrs/15ksi
2050°F/2-4 hrs/15ksi
2100°F/3-4 hrs/15ksi
2125°F/3-4 hrs/15ksi
304, 316, 321, 347,CF-8,
CF-M, 15-5PH, 4130, 17-4PH,
IN718, H13, RENE 220,
HSS 4340
Superalloy 2050°F/3-4 hrs/15ksi
2125°F/2-4 hrs/15ksi
IN718, 13-8 MO
Superalloy 2165°F/4 hrs/15ksi
2175°F/4 hrs/15ksi
IN718, RENE 77,
RENE 80
Superalloy 2200°F/4 hrs/15ksi X-40, X-45, RENE 77,
RENE 80, GTDIII,
IN7l8, U500,
IN713, IN713LC
Medical 2225°F/4 hrs/15ksi F75


Equipment Capabilities

Unit #

Furnace

DIA.

HT.

Temperature Degrees° F

Pressure PSI

18

MOLY

18 in.

60in.

2350°F

15,000

40

MOLY

40 in.

60 in.

2300°F

15,000

46

MOLY

46 in.

80 in.

2300°F

15,000

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Q: How is pricing established?

A: Pricing is based on size and/or weight, what kind of material and at which cycle your parts need to run. Combining or  “piggybacking” your part with other customers that run at the same cycle will produce significant cost savings. Bulk prices per pound start as low as $1.50. Full load pricing is based on the operational cost of the unit on a per cycle basis.

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