AIP6-30H
Talk to our Experts
The AIP6-30H is designed for laboratories that require controlled high-pressure and high-temperature processing in a compact research system.
Its advanced computer control, reliable pressure-vessel configuration and interchangeable furnace design make it suitable for developing and evaluating specialised HIP processes. AIP can also customise systems to meet unique research requirements.
Product Advantages
- Maximum pressure capability of 30,000 psi / 207 MPa
- Compact laboratory working zone
- Advanced computer-controlled operation
- Simple and reliable system handling
- Interchangeable plug-in furnace design
- Multiple temperature configurations
- Installation and operator training included
- Custom configurations available for specialised requirements
Wide Application
- Materials research and development
- Hot isostatic pressing process development
- High-pressure and high-temperature studies
- Powder-material research
- Advanced alloy and ceramic studies
- Additive manufacturing research
- University and institutional laboratories
- Industrial research and development centres
Application suitability should be confirmed according to the material, furnace, gas and processing requirements.
System Advantages
Advanced Control System
Computer-based control supports accurate management of pressure and temperature during laboratory HIP cycles.
Flexible Furnace Design
The plug-in furnace architecture allows laboratories to select from five available furnace configurations.
Reliable Pressure Vessel
The AIP6-30H uses an ASME U2 monolithic threaded pressure vessel.
Simple Operation
The system is designed to combine advanced control with straightforward laboratory operation.
Installation and Training
AIP systems are supplied with installation and training to support commissioning and initial operation.
Compare with Other Laboratory HIP Models
FAQs
The AIP laboratory HIP systems support plug-in furnace options including:
- 1200°C Kanthal
- 1500°C Molybdenum
- 2200°C Carbon
- 1400°C Platinum
- 1900°C Tungsten