HIP is critical for 3D-printed metal components to ensure optimized material properties. It eliminates internal porosity, increases fatigue resistance, and enhances mechanical performance for high-demand applications in aerospace, defense, and medical industries.
OUR INDUSTRIES
WHO BENEFITS FROM HIP?
Kittyhawk’s Hot Isostatic Pressing (HIP) services are trusted by aerospace, defense, automotive, medical, and more.
We solve complex manufacturing challenges, delivering high-performance components with enhanced mechanical properties, improved reliability, and reduced costs.
Industries utilizing Hot Isostatic Pressing:
Aerospace
The aerospace industry relies on HIP to produce defect-free, high-strength components for aircraft, space vehicles, and engines. Our HIP process improves material properties and ensures components meet the most demanding standards.
Defense & Military
The stakes are high in defense manufacturing, where safety and reliability are critical. HIP technology allows for the production of complex, high-density, and low-porosity parts that stand up to extreme conditions and demanding requirements.
Automotive
HIP enhances the quality of castings and metal injection molded parts in the automotive industry, helping manufacturers reduce weight without compromising strength, improving fuel efficiency, and increasing overall performance.
Space
For space applications, mission-critical components must withstand extreme conditions of all types. HIP ensures parts maintain integrity and reliability both on Earth and beyond, minimizing risk and maximizing performance.
Medical
In the medical industry, precision and safety are critical to saving human lives. HIP eliminates defects in critical components like surgical tools and implants, delivering life-changing products that meet stringent quality standards.
Oil & Gas
Reliability is non-negotiable in the oil and gas industries, where components must endure harsh conditions. HIP improves material performance, making it a vital tool for delivering durable and cost-effective solutions to this complex sector.
Manufacturing Processes That Benefit from HIP
Casting
In precision casting, HIP removes voids and eliminates defects, resulting in more consistent and durable components. By reducing rejection rates and increasing overall strength, it provides a cost-effective way to improve quality in cast parts.
Metal Injection Mold
HIP increases the density of MIM components after sintering, removing voids and improving material strength. This process is both quick and cost-effective, ensuring reliable parts for industries that demand precision.
Sputtering
HIP is ideal for processing materials used in sputtering targets. The uniform application of heat and pressure ensures a homogeneous, high-quality composition, resulting in dense, mechanically robust materials for advanced applications.
Powder Metallurgy
Hot Isostatic Pressing is a crucial step in powder metallurgy, transforming metal powders into fully dense, high-performance components. By applying heat and uniform pressure, HIP consolidates powders into net or near-net shapes.
Our Commitment to Quality
Kittyhawk maintains the highest quality standards to ensure our services meet the demands of your industry. We are proud to hold the following certifications and accreditations:
AS9100D Certified
Class 07 FFL
Nadcap Accredited
DDTC Registered
We are also a source-approved HIP provider for many of the most reputable companies in the world, including:
Partnering for Innovation
As manufacturing methods evolve, the demand for HIP continues to grow. Kittyhawk partners with industry leaders to provide innovative solutions that reduce lead times, improve quality, and streamline supply chains. We are constantly investing in next-generation technologies to better serve the needs of our customers and their industries.
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Questions?
Give Us a Call:
714-895-5024
California
11651 Monarch Street
Garden Grove, CA 92841
Oregon
301 S Redwood Street
Canby, OR 97013
4322 Marion Street SE
Albany, OR 97322
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