Wire-wound pressure vessel
Configure each module around the material, part envelope, throughput, cycle time, and quality-system requirements.
Go back to home
Product Detail
HIP Hot Isostatic Pressing System
High-temperature, high-pressure densification for critical metal components
Specification Snapshot
- Pressure range
- Maximum 200 MPa
- Temperature range
- Maximum 2000°C
- Process atmosphere
- Argon/nitrogen
- Applications
- Castings, AM parts, PM-HIP, MIM, diffusion bonding
Available Modules
Uniform rapid cooling
Configure each module around the material, part envelope, throughput, cycle time, and quality-system requirements.
Batch traceability
Configure each module around the material, part envelope, throughput, cycle time, and quality-system requirements.
Recipe-controlled HMI
Configure each module around the material, part envelope, throughput, cycle time, and quality-system requirements.
Example Configurations
Example configuration matrix
These configurations illustrate the selection logic. Final model, usable-zone size, pressure and temperature limits, and cooling configuration are defined against the process, regulatory pathway, and facility interfaces.
| Model | Class | Usable Zone | Temperature | Pressure | Heater & Insulation |
|---|---|---|---|---|---|
| I1 | Laboratory | Φ100 × 150 mm | 1400 / 2000°C | 200 MPa | Up to 1400°C: molybdenum-lanthanum heater with molybdenum insulation; higher temperatures: graphite heater with carbon-felt insulation |
| I2 | Laboratory | Φ200 × 250 mm | 1400 / 2000°C | 200 MPa | Up to 1400°C: molybdenum-lanthanum heater with molybdenum insulation; higher temperatures: graphite heater with carbon-felt insulation |
| I3 | Pilot | Φ350 × 700 mm | 1000 / 1400 / 2000°C | 100 / 150 / 200 MPa | Up to 1400°C: molybdenum-lanthanum heater with molybdenum insulation; higher temperatures: graphite heater with carbon-felt insulation |
| I5 | Industrial | Φ500 × 1000 mm | 1000 / 1400 / 2000°C | 100 / 150 / 200 MPa | Up to 1400°C: molybdenum-lanthanum heater with molybdenum insulation; higher temperatures: graphite heater with carbon-felt insulation |
| I7 | Industrial | Φ750 × 1500 mm | 1000 / 1400 / 2000°C | 100 / 150 / 200 MPa | Up to 1400°C: molybdenum-lanthanum heater with molybdenum insulation; higher temperatures: graphite heater with carbon-felt insulation |
| I10 | Industrial | Φ1000 × 1500 mm / Φ1000 × 2000 mm | 1000 / 1400 / 1800°C | 100 / 150 / 200 MPa | Up to 1400°C: molybdenum-lanthanum heater with molybdenum insulation; higher temperatures: graphite heater with carbon-felt insulation |
| I12.5 | Industrial | Φ1250 × 1500 mm / Φ1250 × 2500 mm | 1000 / 1400 / 1800°C | 100 / 150 / 200 MPa | Up to 1400°C: molybdenum-lanthanum heater with molybdenum insulation; higher temperatures: graphite heater with carbon-felt insulation |
CTA Ladder
Move from product review to process evaluation
Start with a process-window assessment, then advance to a formal RFQ once the operating boundaries are clear.
Explore
Review Technical Resources
Complete an internal review using standards, the glossary, and technical articles before submitting a full RFQ.
Explore ResourcesValidateRequest a Process-Window Assessment
Share the material, manufacturing route, defect type, part envelope, and performance targets so the pressure-temperature window and validation plan can be assessed.
View the Validation PathSpecifySubmit a Formal RFQ
Once the usable zone, throughput, facility utilities, and quality-document requirements are defined, proceed to equipment selection and quotation.
Submit an Engineering RFQProcurement Inputs
Give procurement, engineering, and quality teams a clear technical-review starting point.
Each product page connects the equipment platform to applicable materials, process windows, acceptance documentation, and the inputs required from your team.
Applicable Materials and Parts
- Titanium alloy
- Nickel-based superalloy
- Tool steel
- Powder metallurgy parts
- Metal additive manufacturing parts
- MIM parts
Process Window
- Max 200 MPa
- Max 2000°C
- Argon/nitrogen inert atmosphere
- Configurable rapid cooling, pure atmosphere and batch data traceability
Acceptance Documentation
- FAT/SAT acceptance records
- Pressure and temperature calibration records
- Safety-interlock test report
- Sample process curve and batch report
- Operator and maintenance training records
Customer Inputs
- Material grade and manufacturing route
- Maximum part size and weight
- Target porosity or mechanical properties
- Annual throughput and target cycle time
- Facility utility conditions