Sandwich Panel Production Lines
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Continuous PIR Sandwich Panel Line | Insulation Panels

30 m continuous PIR panel configuration with metering, laydown, heated lamination and synchronized cutting. Finished-panel fire classification depends on the tested construction. Concept illustration — not a photograph of delivered equipment or a customer installation.

Max Line Speed

15 m/min listed limit; actual cure speed selected for the recipe

Double Belt Length

30 m — Continuous heated track

Panel Qualification

Fire classification requires finished-panel testing

Thickness Range

30–200 mm — Broad application scope

Sandwich Panel Production Equipment

Product Overview

Concept illustration — not a photograph of delivered equipment or a customer installation.

Concept illustration — not a photograph of delivered equipment or a customer installation.

The Haifeng HF-PIR-30M is an automated continuous lamination line designed for high-performance polyisocyanurate (PIR) insulated panels. Combining high-pressure oscillating injection, heated 30-meter caterpillar double belts, and automated packaging systems, it satisfies global demands for cold storage envelopes and architectural facades.

Explore the application solution: Industrial Building Sandwich Panel Production Solution. This solution describes a separate 24 m reference line operating at 3–9 m/min.

Related project: Industrial Plant PIR Sandwich Panel Line. The project records sustained 12 m/min operation on 50 mm wall panels with a 30 m double belt; this is separate from the product's listed 15 m/min maximum line speed.

Product Overview

Production Workflow

Coil Uncoiling & Cold Roll Forming

Steel sheets are cold-rolled into architectural wall or roof profiles

Preheating

Sheet surfaces pass through hot-air tunnels to reach 45°C

High-Pressure PIR Dispensing

Servo oscillating head deposits pentane-blown PIR chemicals evenly

Double-Belt Continuous Curing

30-meter caterpillar maintains uniform hydraulic pressure at 65°C

Synchronous Flying Cut

Disc saw tracks panel movement and cuts to length without stopping

Inline Cooling & Stacking

Turnover rack vents core heat before automated shrink wrapping

HF-PIR-30M

Technical Specifications

Supplied HF-PIR-30M configuration references. Speed, thickness and dosing limits are not simultaneous guaranteed working points; actual production depends on cure and material duty.

Technical ParameterHF-PIR-30M
ComponentsMulti-Component (Polyol, Isocyanate, Pentane, Catalyst)
Output Range (g/s)60 – 200 kg/min (Customizable)
Mixing Ratio Range100:100 to 100:250 (High Isocyanate Index)
Ratio Accuracy±0.5% (Closed-loop flowmeter telemetry)
Power Supply380V / 50Hz, 3-Phase (Or 480V 60Hz Custom)
Working Pressure150 – 200 bar (High-pressure impingement)
Tank Capacity (L)500 L Stainless Steel Jacketed Tanks
WeightApprox. 85 Tons
Dimensions (L×W×H)120m (L) × 4.5m (W) × 3.8m (H)
Double-Belt Caterpillar Length30 Meters
Panel Thickness Range30 mm – 200 mm
Maximum Line Speed15 m/min

Key Features

PIR Recipe Control

Main components and additives are selected for the formulation; chemical index is not a certification.

30 m Continuous Belt

The listed 15 m/min upper limit is separate from thickness-specific stable production.

Pentane Handling

Configure detection, ventilation, isolation and interlocks. Certification requires documents for the actual ordered equipment.

Frequently Asked Questions

What blowing agents are supported on the HF-PIR-30M line?
The line is engineered for environmental physical blowing agents, specifically cyclopentane, as well as HFC and water-blown systems.
How is thickness adjusted on the double-belt conveyor?
Motorized synchronized heavy worm jacks adjust the gap between top and bottom belts digitally via the master touchscreen in minutes.
What safety features are included for cyclopentane operation?
Specify the pentane enclosure, gas detection, ventilation and interlock interfaces in the configuration. Applicable certification is verified against the equipment documents; this page does not claim an ATEX certificate.
What is the typical equipment delivery and installation lead time?
Standard manufacturing takes 90–120 days; on-site civil positioning, tracking alignment, and trial production take 35–45 days.