Hot Isostatic Press(HIP)

It is mainly used for the forming, sintering and densification of carbon-based composite materials, high-performance ceramics, powder metallurgy, high-temperature alloys, titanium aluminum alloys and other high-end materials.

INQUIRY

Technical Features
Related optional configuration

Hot isostatic pressing (HIP) equipment is a type of heat treatment equipment that combines high temperatures (up to 2000°C) and high pressures (up to 220 MPa), making it a critical thermal processing tool for enhancing the properties of advanced materials.

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Applications:

Key core sectors including aerospace, healthcare, additive manufacturing (3D printing), energy and machinery, specialty ceramics, electronics and semiconductors, and advanced manufacturing and heat treatment.

Technical Features of Hot Isostatic Pressing Furnaces:

Top-loading or bottom-loading configurations are available; top-loading is recommended.

Pit-type or non-pit-type layouts are available.

An optional rapid cooling system can be installed to enable rapid cooling of the equipment.

An optional full-machine video surveillance system can be installed to provide real-time video monitoring of critical equipment components.

Suitable process gases: Ar or N₂, with a purity of ≥99.999%; Ar is recommended.

Hot Isostatic Pressing Furnace Product Specifications

Series Model: AHIP+ Working Chamber Diameter (mm)

Model Specifications: AHIP+ Working Chamber Diameter (mm) + Working Chamber Height (mm) + Maximum Temperature (°C) + Maximum Pressure (MPa)

Size Grade	Work area diameter(φ	Work area height (mm)	Temperature range (°C	Pressure range
Small (laboratory)	φ100-400	100-600	900-2000	100–220 MPa Some custom models can handle operating pressures up to 300 MPa
Intermediate (pilot/mass production)	φ500-800	800-3000
Large-scale (mass production)	φ850-1500	2000-4000
Extra-large (custom)	1600–2500 or >2500	2000-5000