Products Laboratory Hydraulic Press Laboratory Heated Press 15T Manual Hot Press 400mm Dual Zone Heated Platen for Polymer Composite and Battery Electrolyte Compaction
15T Manual Hot Press 400mm Dual Zone Heated Platen for Polymer Composite and Battery Electrolyte Compaction

Laboratory Heated Press

15T Manual Hot Press 400mm Dual Zone Heated Platen for Polymer Composite and Battery Electrolyte Compaction

Item Number : XP14

Price varies based on specs and customizations


Clamping Force
15 Metric Tons (150 kN)
Platen Dimensions
400 × 400 mm
Maximum Temperature
300°C
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Product Overview

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This manual hot press is a high-performance benchtop system that combines 15 metric tons of hydraulic clamping force with dual-zone active heating and integrated water cooling. Designed specifically for demanding materials research, the instrument provides uniform temperature and pressure profiles over a large 400×400 mm workspace, enabling consistent processing of polymer films, rubber compounds, composite laminates, and solid-state battery electrolytes.

Unlike conventional hot presses that suffer from platen deflection under load, this unit incorporates a 210kg four-column steel gantry optimized through finite element analysis. The result is absolute parallelism at full 15-ton force, which translates to uniform thickness and mechanical properties across every sample—critical for advanced material analysis and pilot production.

The press is engineered for high-throughput laboratories where cycle time matters. With 5400W of heating power and built-in water cooling channels, it can heat from ambient to 300°C rapidly and then cool back to room temperature in minutes using an external chiller or tap water. This fast thermal cycling, combined with a user-friendly 7-inch touchscreen controller and CE certification, makes it a safe, reliable, and efficient choice for both academic research and industrial quality control.

Key Features

  • Deflection-Resistant 210kg Gantry Frame: The four-column steel structure, refined through finite element analysis, guarantees zero frame deflection under a 15-ton load, preserving absolute platen parallelism. This design simultaneously reduces the unit’s weight by 45% compared to legacy designs, significantly lowering international shipping costs while maintaining rigidity. The optimized weight also eases laboratory repositioning.
  • 5400W Dual-Zone Active Heating: Each 400×400mm platen is embedded with a 2700W high-density heater, providing a total of 5400W of thermal power. Independent PID control via the 7-inch touchscreen maintains set temperatures from ambient to 300°C with exceptional uniformity, eliminating cold edges and ensuring consistent curing across the entire workspace. Rapid heat-up times further boost lab productivity.
  • Integrated Water-Cooling Loops: Platen internals feature copper cooling channels with quick-release connectors, enabling active circulation of chilled water immediately after the heating cycle. This accelerates cool-down from 300°C to safe handling temperatures in minutes, not hours, protecting samples from thermal overshoot and slashing cycle turnaround times. It also extends the lifespan of temperature-sensitive molds and samples.
  • Large 400×400 mm Isothermal Platens: The expansive work area is engineered for high thermal homogeneity, critical for processing full-size polymer sheets, composite panels, and battery electrode assemblies. Edge-to-edge temperature deviation is minimized, delivering uniform mechanical properties across the sample. The platens are machined to high flatness for excellent surface finish on pressed parts.
  • 7-Inch Industrial Touchscreen HMI: The full-color LCD interface provides intuitive access to dual-zone temperature profiles, ramp/soak programs, and system diagnostics. Users can store and recall multi-step recipes, enhancing reproducibility and ease of use. The interface supports real-time data monitoring and alarms for over-temperature protection.
  • Manual Hydraulic System with High-Torque Lever: A precision-machined manual pump and lever arm provide smooth, controllable pressure application from 0 to 15 tons, with a maximum daylight opening of 50 mm. The fluid system is sealed for leak-free operation and requires minimal maintenance. The ergonomic lever allows operators to apply force gradually, critical for delicate samples.
  • CE Certified & Comprehensive Safety: The system is CE marked and ships with a detailed safety manual, high-temperature gloves, and a factory calibration certificate. Electrical guidelines specify a dedicated 32A circuit to handle the 24.5A operating current, ensuring safe installation. Over-temperature alarms and emergency stop functions are standard.

Applications

Application Description Key Benefit
Thermoplastic Polymer Films Hot press molding of large-area films for optical, packaging, or flexible electronics applications. 400mm platen and uniform heating ensure flatness and thickness consistency, reducing scrap from edge warping and improving optical clarity.
Rubber Sheet Vulcanization Production and testing of vulcanized rubber sheets, gaskets, and seals. Active 300°C dual-zone control with rapid cool-down locks in mechanical properties and accelerates post-cure handling, increasing throughput.
Composite Panel Fabrication Compression molding of fiber-reinforced polymer panels and multi-layer laminates for aerospace and automotive. 15-ton force combined with wide isothermal platen eliminates voids, achieving high structural integrity and surface finish. Water cooling enables quick demolding.
Solid-State Battery Electrolyte Compaction Pressing sulfide, oxide, or polymer electrolyte films for next-generation battery cells. Water cooling prevents thermal degradation of sensitive materials, while precise temperature control ensures optimal ionic conductivity and interfacial contact.
Ceramic Tape Lamination Laminating green ceramic tapes for MLCCs, LTCC modules, and SOFC components. Gentle manual hydraulic control avoids cracking fragile layers, and uniform heating prevents delamination, crucial for electronic ceramics.
Rubber-to-Metal Bonding Hot pressing of rubber-metal composite parts for automotive and industrial sealing. Consistent clamping pressure and heat distribution across large platen guarantee reliable bonding without over-cure, reducing rejects.
PTFE Sheet Sintering Sintering and shaping of PTFE sheets and films under controlled pressure and temperature. Accurate temperature up to 300°C and programmable profiles ensure proper sintering without material degradation.
Research & Development General material synthesis, sample preparation, and small-batch production in academic and industrial labs. CE-certified robustness, intuitive touchscreen, and extensive support documentation make it a safe, productive addition to any lab, with the flexibility to handle diverse materials.

Technical Specifications

All technical data for the XP14 manual hot press are compiled below, covering mechanical, thermal, electrical, and physical specifications.

Parameter Specification
Model XP14
Mechanical & Force
Clamping Force 0.0 – 15.0 Metric Tons (0 – 150 kN)
Fluid Actuation Manual Hydraulic Pump with high-torque lever
Platen Daylight (Vertical Clearance) 50 mm
Platen Dimensions 400 × 400 mm
Frame Construction 4-column deflection-resistant steel gantry
Thermal & Cooling
Temperature Range 0.0 °C to 300.0 °C (dual-zone, independent PID control)
Heating Power 5400 W (2 × 2700 W embedded heaters)
HMI Controller 7-inch industrial touchscreen
Platen Cooling Integrated water channels with quick-release fittings; compatible with external chiller/tap water
Recommended External Chiller Recirculating chiller (optional, not included)
Electrical
Power Supply AC 220 V – 230 V / 50 Hz, Single-Phase
Current Draw Up to 24.5 A
Power Connection Requirement Dedicated 32 A circuit breaker or CEE 32 A industrial socket; cable cross-section ≥ 4 mm²
Physical & Compliance
Net Weight 210 kg
Outer Dimensions (W × D × H) 580 × 550 × 500 mm
Certification CE Certified

Why Choose This Product

  • Proven Deflection-Free 15-Ton Platform: The 210kg gantry's finite-element-optimized design has been field-tested across demanding labs, delivering rock-solid platen parallelism run after run. This eliminates the need for frequent recalibration and ensures that every sample receives uniform pressure, a critical factor for repeatable research and production quality.
  • Blazing Thermal Performance with Active Cooling: 5400W of heating capacity pairs with integrated cooling loops to achieve the fastest heat-to-cool cycle in its class. Laboratories using this system report a 60% reduction in sample turnaround time compared to conventional hot presses, dramatically improving productivity.
  • Granular Temperature Control on a Massive Platen: The dual-zone PID system, mated to a responsive touchscreen, maintains setpoint stability within ±1°C across the entire 400×400 mm surface. This precision is invaluable for applications like battery electrolyte compaction, where even minor temperature gradients can alter material properties.
  • Lab-Safe & Globally Approved: Full CE certification, detailed electrical planning guidelines, and safety accessories (high-temp gloves) mean the system can be integrated into any certified lab without compliance headaches.
  • Duty-Optimized Logistics & Support: We've specifically lightened the frame to cut international freight costs, and our team provides clear DDU/DDP shipping options. Combine this with a 12-month warranty and lifetime technical support, and you have a partnership that extends well beyond the point of sale. Contact us today to discuss your specific requirements or to request a customized quote including optional recirculating chillers and installation support.

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Product Datasheet

15T Manual Hot Press 400mm Dual Zone Heated Platen for Polymer Composite and Battery Electrolyte Compaction

Category Catalog

Laboratory Heated Press


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