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Product Matrix

A pressure-processing product matrix from R&D validation to production delivery

Start with the process type, pressure and temperature window, usable-zone size, throughput, cycle time, and required quality documentation, then move into detailed equipment selection.

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Pressure: Up to 200 MPa
Temperature: Up to 2000°C
System: HIP / CIP / WIP

System Families

Choose a product family by process objective

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HIP Hot Isostatic Pressing System

Pore closure and densification for castings, powder-metallurgy components, and metal additive-manufacturing parts.

Maximum 200 MPa
Maximum 2000°C
Expandable hot zone size

CIP Cold Isostatic Pressing System

Room-temperature isostatic pressing for powder forming and ceramic or cemented-carbide green bodies.

Wet bag/dry bag solution
Uniform pressing
Powder preforming

WIP Warm Isostatic Pressing System

Temperature-controlled isostatic pressing for battery materials, ceramics, and composite laminates.

Temperature-controlled pressure media
Material lamination
Battery R&D

Control cabinet and HMI detail for pressure processing system

System Integration & Upgrades

Turnkey integration, control-system modernization, rapid-cooling upgrades, and lifecycle support.

Production-line integration
HMI modernization
Remote diagnostics

HIP Specification Tiers

HIP series configuration ranges

These typical configuration ranges help procurement and engineering teams frame the usable zone, pressure and temperature limits, and intended applications. Final specifications are confirmed against the process, regulatory pathway, and facility interfaces.

I1 and I2 experimental grade HIP equipment front view

I1 and I2 experimental grade HIP equipment side view

I1 and I2 experimental grade HIP equipment details

Laboratory

I1 / I2

For material R&D, parameter development, and small-batch process-window validation.

Pilot

I3

For scale-up studies, application validation, and pilot-batch operation.

I5 and above industrial grade HIP equipment front view

Industrial

I5 / I7 / I10 / I12.5

For production throughput, large usable zones, and integration with industrial manufacturing lines.

Class	Model	Usable Zone	Temperature	Pressure	Heater & Insulation
Laboratory	I1	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
Laboratory	I2	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
Pilot	I3	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
Industrial	I5	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
Industrial	I7	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
Industrial	I10	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
Industrial	I12.5	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

Selection Path

Equipment selection starts with the material challenge, not the model number.

The decision chain for high-pressure processing equipment spans process, quality, facility, utilities, and lifecycle service. Break selection into three questions so the first discussion starts at the right engineering level.

Identify materials and defects

Material grades, manufacturing routes, pore types, and target properties determine whether HIP, CIP, or WIP is appropriate.

Define the process window

Pressure, temperature, atmosphere, usable-zone size, cooling strategy, and target batch cycle all influence equipment selection.

Define the delivery scope

Facility interfaces, FAT/SAT, quality documentation, training, spares, and lifecycle service should be reviewed together before procurement.

CTA Ladder

Move from preliminary specifications to the next step

If the usable zone and throughput are still unclear, begin with a process-window assessment. Once the boundaries are defined, advance to a formal RFQ.

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