High Pressure Polyurethane Machine
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Batch PU Sandwich Panel Line | Custom Panels

Batch‑type rigid foam system for custom sandwich panels & special‑shaped panels, with hydraulic mold clamping, 20‑300 mm thickness range, and solvent‑free air purge cleaning.

Mold Forming Cycle

3~10 min/panel

Metering Accuracy

≤ ±0.3% full range

Panel Thickness Range

20~300 mm

Mixing Pressure

8~15 MPa

Delivery and warranty according to contract
Batch PU Sandwich Panel Line for Custom & Special-Shaped Panels

Product Overview

The HF‑CLPS‑Batch is a batch‑type PU sandwich panel line for custom/special‑shaped panels, offering hydraulic clamping, 20‑300 mm thickness, and precise single‑mold control.

The HF-CLPS-Batch is a batch-type PU sandwich panel line for customized, special-shaped, and small-batch panels with non-standard specifications. It suits laboratory sampling, non-standard building materials, and specialized insulation panels, meeting requirements for flexible mold change, panel customization, and dense, controlled cell structure. The system features a hydraulic mold clamping system with precise temperature control, independent two-component temperature management (20–45℃) in 100L/200L tanks, and PLC + touch screen control. Single-mold foaming control ensures precise forming across a wide panel thickness range of 20–300 mm. The mixing head operates at 8–15 MPa with ≤±0.3% metering accuracy, ensuring consistent foam density and ratio stability (100:100–130). The automatic air purge cleaning is solvent-free and eco-friendly. With a compact footprint and low investment, this line suits small-to-medium capacity and multi-variety flexible production.

Product Overview

Production Workflow

Mold Preparation & Setup

Install selected mold for desired panel size/shape; set hydraulic clamping pressure and mold temperature (20‑45℃) per insulation requirements.

Recipe Selection & Ratio Setting

Choose stored formula on PLC touch screen; set A:B ratio (100:100‑130) and cycle time (3‑10 min) per panel thickness and density target.

Foam Injection & Molding

Inject PU rigid foam into closed mold at 8‑15 MPa; foam fills cavity and cures under controlled temperature and pressure.

Demolding & Cleaning

Open hydraulic clamp after curing cycle; remove finished panel; trigger automatic air purge cleaning to prepare mixing head for next mold.

Precision parameters for consistent sandwich panel production

Technical Specifications

Existing model configuration references. Confirm thickness, material recipe, mold or belt duty, measurement conditions and acceptance tests; linked project figures describe separate configurations.

Technical ParameterHF-CLPS-Batch
Single Mold Forming Cycle3~10 min/panel
Mixing Pressure8~15 MPa
Dynamic Metering Accuracy≤±0.3% (Full range)
Raw Material RatioPolyether : Isocyanate = 100:100~130
Tank Capacity100 / 200 L
Material Temperature Control20~45℃ (Two-component Independent Control)
Molding SystemHydraulic Mold Clamping + Precise Temperature Control
Cleaning SystemAutomatic Air Purge Cleaning (Solvent-free & Eco-friendly)
Control SystemPLC + Touch Screen + Single Mold Precise Control
Applicable SystemPolyurethane Rigid Foam Insulation System
Applicable Panel Thickness20~300 mm
Warranty1 year
CertificationsConfirm applicable documents for the quoted configuration
Why Choose Our Batch Sandwich Panel Production Line

Key Advantages

Six engineering benefits that make this line ideal for flexible, customized sandwich panel production with low investment and easy operation.

Batch Molding with Quick Mold Change

Designed for non‑standard and special‑shaped panel production; molds can be changed quickly to accommodate different sizes and profiles with minimal downtime.

Wide Panel Thickness Range

Supports 20‑300 mm panel thickness on a single machine, covering insulation boards, structural panels, and specialized composite panels.

Precise Single‑Mold Foaming Control

Control mold temperature, shot and cure conditions for the selected panel. Finished-part quality is verified through the agreed inspections.

Solvent‑Free Automatic Air Purge Cleaning

Eco‑friendly cleaning system eliminates chemical solvents, simplifies operation, and keeps the production environment clean and safe.

Compact Footprint & Low Investment

Small equipment footprint reduces factory space requirements; low initial investment makes it accessible for small‑to‑medium capacity and flexible production needs.

Simple Operation for Easy Adoption

User‑friendly PLC + touch screen interface with intuitive controls; new operators can master the system quickly with minimal training.

COMPLETE SOLUTION

Integrate the product with our full range of auxiliary equipment for a turnkey polyurethane processing system.

SUPPORT

Frequently Asked Questions

What types of panels can this production line make?
It produces customized PU sandwich panels, special‑shaped panels, and non‑standard insulation panels. Typical applications include cold storage panels, building insulation boards, structural composite panels, and specialized industrial insulation components. It handles thicknesses from 20 to 300 mm.
How long does it take to change molds between different panel sizes?
The hydraulic clamping system allows for quick mold change. Typical mold change time is 15‑30 minutes depending on mold weight and complexity, making it ideal for small‑batch, multi‑variety production scenarios.
Is this line suitable for a new factory with limited production space?
Yes, the machine has a compact footprint and low height requirement compared to continuous panel lines. It is specifically designed for small‑to‑medium capacity operations and can fit into standard factory spaces without major infrastructure modifications.
What is the typical installation and training timeline?
After machine arrival, our engineers complete on‑site installation, commissioning, and operator training within 5‑7 working days. Trial runs with your specific molds and formulations usually take an additional 2‑3 days.
Can this machine be used for R&D and sampling purposes?
Absolutely. The batch nature and flexible mold change capability make it ideal for laboratory sampling, new product development, and pilot production before scaling up to continuous lines. Many R&D centers use this system for formula testing and prototype panel production.