Fábrica de Cámaras Frigoríficas

Soluciones para

Cold room panel lines for industrial cold storage construction

Cold storage rooms are built from continuous sandwich panels — PU-foam core between steel skins. We supply the continuous cold-room panel production line (10 – 40 panels per hour), the spray-foam systems for in-situ filling, and the PU raw material supply. Panels range from 50mm (chiller rooms) to 200mm (industrial freezer rooms) thickness.

In one line

Industrial-scale capability: continuous production lines up to 40 panels/hour with full hardware package (profile rollers, gluing stations, double-belt press).

Escala típica
10 – 40 panels / hour
Product Range
Cold room sandwich panels 50 – 200mm, 0°C to -40°C industrial cold storage
Perfiles de compradores
  • Food processing plants
  • Cold chain logistics parks
  • Pharmaceutical cold storage
  • Supermarket central kitchens

Real pains we hear from buyers — and what we ship to solve each one

Four pains every cold-room-panel factory founder brings us. Our line ships with the fix for each.

Pain 1

Panels fail EN 14509 bond-strength test — steel skin separates from PU core in pull-off test

How we solve it

EN 14509 bond strength ≥0.10 MPa requires steel-skin chemical pre-treatment + PU adhesion calibration + press temp/time control. Our line ships with: PPGI steel skin specifically primed for PU bonding, calibrated cyclopentane PU adhesion package, hot-press 35–45°C control. Field-tested bond strength: 0.12–0.18 MPa, well above minimum.

Pain 2

Continuous press throughput 4 m/min on paper but real-world output is only 2.5 m/min — utilization gap eats my margin

How we solve it

Press throughput drops below spec when foam rise time + line speed + cure profile don't align. Our engineering tunes PU formulation rise time (90–120s) to match your target line speed (3–5 m/min). Pre-shipment FAT runs your actual panel spec on our test line to confirm throughput before crating. Field utilization typically 85–95% of rated speed.

Pain 3

Discontinuous vs continuous press — buyer offers different deal sizes, I don't know which line to invest in

How we solve it

Below 800K m²/year → discontinuous (lower capex USD 800K–1.5M, flexible thickness/length). Above 800K m²/year → continuous (USD 2.5M–5M capex, faster throughput, narrower thickness range). Mixed deals: most factories start with discontinuous, upgrade to continuous after 24 months when commercial orders stabilize.

Pain 4

Fire reaction EN B-s2,d0 needed for EU cold-room tender — my current panels only achieve E-class

How we solve it

Fire reaction class is driven by PU formulation chemistry (flame retardant package) + steel skin thickness + panel joint design. Our PU formulation includes the FR additive package certified to EN B-s2,d0 (limited combustibility). We supply the test certificate pack so EU tender submission has the EN 14509 + fire reaction class B documented.

From inquiry to first commercial unit — the 6-step delivery flow

From inquiry to first cold-room panel rolling off your line. ~10 months for a discontinuous press line; ~12 months for continuous press.

Fábrica de Cámaras Frigoríficas — production line reference
  1. 1

    Inquiry & Volume Scoping

    Week 1–2

    Share target annual m² output, panel thickness range (50–200 mm), steel skin spec (PPGI / PPGL / stainless), target end-markets (industrial cold storage, refrigerated truck body, food processing, modular cold rooms). 1-page proposal in 5 days.

  2. 2

    Detailed Proposal & Press Configuration

    Week 2–4

    Engineering picks discontinuous vs continuous press based on volume target. Sized for your steel skin spec + foam thickness range. PU formulation specced (cyclopentane standard, HFO for ULT). Quote with 22-line BOM in 14 days.

  3. 3

    Contract & Panel Design Freeze

    Week 4–8

    30% down. Panel CAD + steel skin profile + joint geometry frozen. Fire-reaction class certification target signed off.

  4. 4

    Mould + Continuous Press Build

    Month 3–8

    Press: 90–120 days. PU machine: 60 days. Foaming + steel coil handling stations: 60 days. Pre-shipment FAT — we run your actual panel spec on our test line and ship the production validation report.

  5. 5

    Sea Freight & On-Site Installation

    Month 8–11

    6–10 × 40' containers from Shanghai/Ningbo. On-site installation 5–7 weeks (longest among cabinet lines). Building floor reinforcement + 6m+ ceiling height + continuous floor 30m+ required.

  6. 6

    Commissioning, EN 14509 Testing & Acceptance

    Month 11–12

    First 2000 m² panel produced and tested through EN 14509 bond strength + fire reaction + thermal conductivity protocols. Operator training. Acceptance signed when 1000 consecutive m² pass spec. 60% payment due here, 10% after 6-month production volume verification.

Por qué esta línea funciona — respaldado por las especificaciones reales

Líneas de producción continua de paneles diseñadas para contratistas de construcción de cámaras frigoríficas — utillaje y escala diferentes al OEM de gabinetes.

1

Línea continua de paneles sándwich a 10–40 paneles por hora

Línea de espumado continuo para paneles sándwich (50–200 mm de grosor) a una cadencia de 10–40 paneles por hora según grosor y material de revestimiento. Revestimientos de acero (PPGI / inoxidable) unidos al núcleo de espuma PU en un proceso continuo único — sin espumado por lotes, sin limitaciones de gabinete.

2

Grosor de panel de 50 mm para cámara de refrigeración a 200 mm para congelador industrial en una sola línea

Una sola plataforma cubre paneles de 50 mm (cámaras de refrigeración 0 a 5°C), 100 mm (temperatura media -5 a -18°C), 150–200 mm (congelación profunda -25 a -40°C industrial). El grosor se ajusta modificando la separación de la prensa de doble banda, sin cambiar la línea.

3

Relleno in situ con espuma proyectada para geometrías irregulares

Para formas de cámara frigorífica no estándar (edificios rehabilitados, techos irregulares), suministramos sistemas de espuma proyectada para relleno de aislamiento in situ. Producción de 8–25 kg/min de espuma PU, densidad ajustable de 32–48 kg/m³ para la aplicación.

4

Utillaje de sistema de enclavamiento / conexión de paneles incluido

Los sistemas de conexión de paneles tipo cam-lock y machihembrado vienen pre-configurados — necesarios para que las cámaras montadas mantengan la continuidad del aislamiento en las juntas. Estandarizados para encajar en las especificaciones de los principales instaladores de paneles en UE y Oriente Medio.

Customization Options

Industrial cold-room contractors spec panels to EN 14509 + fire reaction class. 4 axes per project tender.

Panel thickness

50 / 80 / 100 / 120 / 150 / 200 mm. Continuous press line covers 50–200 mm; discontinuous covers 50–250 mm.

Steel skin

PPGI / PPGL / stainless. 0.4 / 0.5 / 0.6 / 0.8 mm gauge. Chemical pre-treatment calibrated for PU bond strength ≥0.10 MPa.

Fire reaction class

Standard E (PU + FR additive) / B-s2,d0 (EU cold-room tender). Test certificate pack with line.

Line throughput

Discontinuous press USD 800K–1.5M (240K–800K m²/year) / continuous press USD 2.5M–5M (800K–2M m²/year).

Foam Quality Visualization — what closed-cell structure actually looks like

The single biggest predictor of refrigerator cabinet thermal performance is the foam cell structure. Closed-cell ratio, average cell diameter and density uniformity decide whether your cabinet holds -18°C in 35°C ambient — or fails the EU Ecodesign type-test. Here's what fine and coarse PU foam look like under a scanning electron microscope.

SEM micrograph of coarse PU foam — large irregular open cells, low closed-cell ratio
Coarse foam · low grade

Industry-typical low-grade PU

Avg cell diameter
~400 µm
Closed-cell ratio
85–90%
k-factor (W/m·K)
0.025–0.028
Density uniformity
±5 kg/m³

Visible voids, broken cell walls, large irregular cells. Refrigerator cabinet pull-down test fails at 32°C+ ambient. EU Ecodesign type-test fails first submission.

SEM micrograph of fine UREXCEED PU foam — small uniform polygonal closed cells, high closed-cell ratio
Fine foam · UREXCEED grade

Our cyclopentane PU system

Avg cell diameter
~100 µm
Closed-cell ratio
≥95%
k-factor (W/m·K)
0.019–0.021
Density uniformity
±0.5 kg/m³

Uniform fine cells, intact walls, high closed-cell ratio. Refrigerator cabinet pull-down test passes at 43°C tropical ambient. EU Ecodesign / WHO PQS / ENERGY STAR first-submission pass rate 90%+.

How we measure it: Every shipment of PU raw materials runs through pilot foaming + SEM cell-structure check at our lab. Every commissioned line gets a foam parameter card with these targets — if your operators tune to the card, the foam structure stays in this range. Sample reports available on request.

Illustration · Conceptual SEM micrographs representing typical industry coarse foam (left) vs UREXCEED cyclopentane PU foam quality target (right). Real SEM reports from your specific line available after commissioning.

Application Scenarios

Cold-room panels serve industrial, logistics, and pharmaceutical buyers.

  • Food processing cold storage (meat / poultry / dairy)
  • Frozen seafood warehouse (-25 to -40°C)
  • Pharmaceutical cold storage (vaccine warehouse, +2 to +8°C)
  • Supermarket central kitchen cold room
  • Refrigerated truck body sidewall & roof panels
  • Modular cold room (prefab, ship-and-assemble)

Preguntas que nos hacen los dueños de fábrica

¿Cuál es la inversión típica para una línea continua de paneles de cámara frigorífica?
USD 1.4M–2.8M según el ancho del panel (1m / 1.2m) y la longitud (6m / 12m / 18m). Incluye estación de espumado (USD 380K–580K), prensa de doble banda continua (USD 480K–780K), estación de corte (USD 220K–340K), apilado/paletizado (USD 180K–280K) e instalación. ROI en 24–42 meses para negocios de contratistas de cámaras frigoríficas.
¿Pueden suministrar sistemas de espuma proyectada para aplicación in situ de forma independiente?
Sí. Los sistemas de espuma proyectada solos (sin línea continua de paneles) cuestan USD 35K–95K para una capacidad de 8–25 kg/min. Utilizados por contratistas de rehabilitación de almacenes frigoríficos y aplicadores de aislamiento in situ. Incluye manguera, pistola, bombas de transferencia y sistema de calentamiento de material. Formación del operario incluida.
¿Suministran la planta de refrigeración para la cámara frigorífica?
No — suministramos la línea de producción de paneles para la construcción de cámaras frigoríficas, no la planta de refrigeración. Las unidades de refrigeración (compresores, evaporadores, válvulas de expansión, controles) son suministradas por contratistas de planta HVAC-R. Nuestro alcance termina en el panel aislado; el del integrador de planta de refrigeración comienza en la generación de frío.
¿Cuál es el coste típico de panel por metro cuadrado producido en una línea adquirida con ustedes?
Coste de producción USD 18–32 por m² para panel de 100 mm con revestimiento de acero PPGI (materia prima + mano de obra + suministros, sin amortización). Precio de venta típicamente USD 35–75 por m² a contratistas de cámaras frigoríficas según mercado y especificación del panel. El cálculo de ROI de la línea debe usar una hipótesis de margen bruto del 30–50%.
¿Cuánto tiempo se tarda en poner en marcha una línea continua de paneles?
Diseño de moldes: 45–60 días. Fabricación de prensa continua: 90–120 días. Estación de espumado y manejo de materiales: 60–90 días en paralelo. Instalación en planta y puesta en marcha: 45–75 días. Total: 8–11 meses desde contrato. Requisitos del edificio: suelo continuo de más de 30 m, altura libre de más de 6 m, suministro eléctrico dedicado.

Optional Add-ons

Extend Your Production Line

Five proven add-ons our 1,800+ customers ask for after their first refrigerator factory line goes live. Discuss with our engineers which fit your spec.

Raw Material Supply

PU MDI / Polyol systems sourced direct from BASF / Covestro / Wanhua, calibrated to your foam specs and climate. Container-load discounts.

Spare Parts Package

2-year wear-parts package — seals, valves, heating elements, sensors. Pre-shipped with the line, no air-freight emergencies.

Robot Integration

ABB / KUKA 6-axis robot for de-molding, demoulding, palletizing or insertion of internal components — boost throughput +30%.

Automatic Demoulding System

Vacuum-assisted demoulding for thin-wall liners and complex geometries — eliminates worker injury, halves cycle time.

Quality Inspection System

Inline foam density, void, k-factor + dimensional QC stations. Auto-reject + traceability log — meets ISO 9001 + EU appliance regulation.

ROI · Cost Analysis

Investment Range & Payback

Indicative range based on 1,800+ delivered lines. Final pricing depends on automation level + add-ons + local labor cost. Request a quote for your spec.

Investment
USD 800K – 5.0M
Payback
16–30 months
Annual Throughput
240K–2M m²/year

Configuration note: Discontinuous press: USD 800K–1.5M, payback ~24 months. Continuous press: USD 2.5M–5M, payback ~16 months at 800K+ m²/year. Includes EN 14509 + fire-reaction class B testing rigs.

Service & Support

Garantía y Servicio

Intervención in situ disponible en todas las regiones donde hemos entregado proyectos.

On-Site Installation

Our engineers fly to your factory to supervise installation, layout verification, and first-run production.

Commissioning + Tuning

Trial run + parameter tuning to your local raw material, climate, and target product spec — until throughput meets contract.

Operator Training

5-10 day on-site training for production team, QC, and maintenance — bilingual manuals + video tutorials provided.

3-Year Warranty + Spares

Core equipment 3-year warranty, electrical 2-year. Spare parts in stock with global express shipment 24h dispatch.

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Turnkey Production Lines for Refrigeration Equipment Factories

30
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1800+
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40+
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10,000+ m²
Factory Area
ISO·CE·RoHS
Certified Quality
Chuzhou·Kunshan
Cluster Network

"From a Single Pump to a Turnkey Line — One Partner Through Every Tier."

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