WIP-525L Warm Isostatic Pressing System for Solid-State Batteries
Model No.: WIP-525
Brand: HiLock
Volume: 525L
Pressure Range: 0-600MPa
Power System: 12 pressurizers with 830 KW
Power Supply: AC 380V, 50Hz
Production Capacity: 2.27 t/h
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Positioning & Value
HiLock provides integrated “Equipment + Process + Service” customized solutions, optimizing parameters and workflows based on customer requirements while offering full-cycle technical support for rapid production implementation.
HiLock Vertical WIP System | Core Equipment for Solid-State Battery Forming
HiLock’s dedicated Warm Isostatic Pressing (WIP) equipment for solid-state batteries features fully integrated in-house R&D and controllable core components. It addresses key challenges such as battery densification and cell consistency, providing essential equipment support for solid-state battery commercialization and driving innovation in the new energy industry.
- Ultra-Uniform Pressure Distribution: Achieves a density gradient of <1%, ensuring consistent density throughout the battery cell and significantly improving cycle life and charge/discharge performance.
- High-Temperature & High-Pressure Synergy: Precise temperature control combined with high-pressure processing enables efficient forming of advanced solid-state battery materials that are difficult to process at room temperature, expanding material application possibilities.
- Superior Forming Capability: Capable of producing large-size and complex-shaped solid-state battery components with high stability, meeting diverse product designs and mass production requirements from laboratory R&D and pilot production to large-scale manufacturing.
Mostly used in
New Energy Solid-State Batteries
Densifies electrolytes and electrodes for enhanced battery performance and safety.
Advanced Ceramics
Improves density and mechanical strength while reducing porosity.
Powder Metallurgy
Ensures uniform metal powder densification for stronger, more consistent components.FAQ
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What is WIP technology?
Warm Isostatic Pressing (WIP) is a compaction process that densifies the material to increase its strength, durability and properties.
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What are the key technical advantages of HiLock WIP equipment?
Industry-leading technology achieves 600 MPa ultra-high pressure + 150°C high temperature (vs. 140°C industry average). Equipped with proprietary high-pressure technology and a precise pressure-temperature coordination system for uniform and accurate control.
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What capacities and applications does HiLock WIP support?
From lab-scale R&D to GWh-level production, HiLock WIP serves advanced ceramics, powder metallurgy, electronic ceramics, new energy materials, and solid-state batteries, enabling densification, defect removal, interface enhancement, and improved material performance.
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What makes HiLock different from other high-pressure equipment manufacturers?
HiLock provides more than equipment — we deliver full-chain technology and process solutions.
Self-developed core components: Patented S600 intensifier with independent control of key technologies and international-level performance.
Full-process support: From R&D to mass production, offering process consulting, joint development, and industrialization support.
Flexible manufacturing capability: Supported by a 100,000 m² precision manufacturing platform for scalable delivery and customized solutions. -
What is the fundamental difference between WIP and traditional mechanical rolling in solid-state battery production?
Traditional rolling applies only unidirectional pressure, causing layer slippage and uneven density. WIP uses a fluid medium (oil/gas) to apply 360° uniform pressure, enabling conformal contact between layers, achieving over 95% density and reducing porosity below 0.15%, significantly lowering interface resistance and improving cycle stability.
Using water/oil as the pressure medium, the system applies 80–150°C and 300–600 MPa pressure to sealed powders, enabling uniform densification and eliminating uneven density and residual interface pores caused by conventional molding.
HiLock’s engineers provide end-to-end support from planning, line customization, installation, training, to process optimization. Lifecycle support includes inspection, preventive maintenance, and core parts stock to minimize downtime.
- Free Sample Trials: Professional team supports testing and verification.
- Process Collaboration: R&D cooperation, batch trials, joint development, iterative process packages.
- Full Lifecycle Support: Deployment to operation, ensuring worry-free production.
- Modular Service: Upgrades, maintenance, and calibration for long-term reliability.
