Engineered for mission-critical cold chain infrastructure, agricultural processing, pharmaceutical cold storage, and sub-zero distribution hubs. Explore our production lines below.
Constructed with high-pressure injected rigid polyurethane foam and embedded zinc-plated eccentric cam fasteners for airtight, thermal-bridge-free walk-in cool rooms.
Universal cold room envelope system engineered with high compressive strength core to withstand heavy ceiling suspension loads and reinforced pedestrian floor traffic.
Manufactured using fourth-generation blowing agents providing 98% closed-cell volumetric density, completely impervious to moisture ingress, rot, and interstitial condensation.
Heavy-gauge thermal barrier panels explicitly designed for deep sub-zero quick freezing, maintaining continuous structural modulus across extreme delta-T internal/external differentials.
Hygienic anti-bacterial coated stainless or prepainted steel skins meeting strict food facility sanitation codes, resistant to acidic animal fats and corrosive washdown chemicals.
Polyisocyanurate (PIR) molecular formulation providing superior self-extinguishing fire resistance, ultra-low smoke toxicity, and improved long-term thermal conductance ($K$-value).
Certified for international fire risk mitigation and industrial insurance prerequisites. Designed for rapid assembly, demounting, and relocation in commercial refrigeration facilities.
Engineered for extreme Australian desert heat and high-UV exposure. Features heavy zinc-aluminum-magnesium alloy coated skins and high-integrity thermal break interlocks.
Designing modern sub-zero industrial cold storage systems requires resolving the extreme tension between outer ambient environmental conditions ($+35^\circ\text{C}$ to $+50^\circ\text{C}$ with $85\%$ RH) and internal blast-freezer operating conditions (down to $-45^\circ\text{C}$). This massive vapor pressure gradient forces moisture toward the interior, creating severe risks of interstitial condensation, core delamination, and ice lens formation within panel joints.
Our OEM factory utilizes advanced high-pressure continuous foaming technology running Bayer/BASF high-index polyisocyanurate (PIR) and high-density polyurethane (PUR) formulations. Operating at a nominal core density of $42 \pm 2\text{ kg/m}^3$, our panels deliver an ultra-low initial thermal conductivity of $\lambda \le 0.019\text{ W/(m}\cdot\text{K)}$ and an aged value of $\lambda \le 0.022\text{ W/(m}\cdot\text{K)}$ according to EN 12667 standards.
To eliminate the thermal bridging common in through-bolted construction, our panels incorporate internal eccentric cam-lock fasteners encased within engineered composite housings. When tensioned with a standard hexagonal key, the cam pulls adjoining male-female tongue-and-groove profiles into compression against dual-lip EPDM antimicrobial silicone gaskets, achieving Class 4 air-leakage impermeability (< $0.05\text{ m}^3/(\text{h}\cdot\text{m}^2)$ at $50\text{ Pa}$).
Use this technical specification guide to calculate the accurate insulation envelope sizing required for specific refrigeration temperatures, optimizing system refrigeration load and continuous compressor power draw.
| Panel Spec Code | Nominal Thickness | U-Value (W/m²·K) | Operating Temp Range | Recommended Application | Skin Cladding Options |
|---|---|---|---|---|---|
| OEM-FRP-050 | 50 mm (2.0") | 0.41 | +10°C to +18°C | Packaging anterooms, food prep areas, cleanrooms | 0.5mm PPGI / 304 2B Stainless |
| OEM-FRP-075 | 75 mm (3.0") | 0.28 | +2°C to +10°C | Fruit & vegetable chillers, dairy & beer cold rooms | Zinc-Alum coated steel / Foodsafe PVC |
| OEM-FRP-100 | 100 mm (4.0") | 0.21 | -5°C to -18°C | Commercial walk-in freezers, frozen logistics storage | Antibacterial coated PPGI / Embossed Alum |
| OEM-FRP-120 | 120 mm (4.7") | 0.18 | -18°C to -25°C | Ice cream cold rooms, seafood holding, pharmaceutical | 0.6mm PPGI / 316 Acid-Resistant Stainless |
| OEM-FRP-150 | 150 mm (6.0") | 0.14 | -25°C to -35°C | Industrial low-temperature cold stores, vaccine hubs | Heavy-duty galvanized steel (Z275 / AZ150) |
| OEM-FRP-200 | 200 mm (8.0") | 0.11 | -35°C to -50°C | Ultra-low blast freezers, flash freeze tunnels, cryo storage | 304 BA Stainless / PVDF High-durability |
Procuring custom cold room panels directly from an accredited OEM manufacturer eliminates intermediary markups, compresses supply lead-times, and ensures stringent quality control over chemical foam consistency and mechanical tolerances.
Equipped with fully automated high-pressure continuous panel production equipment, ensuring homogenous polyol and isocyanate reaction profiling with zero voids, uniform cell nucleation, and pinhole-free core structures up to 13.5 meters in length.
Certified to international building standards including CE Marking, EN 14509, ISO 9001, FM 4880 Class 1 interior wall/ceiling rating, and NSF hygiene certification for safe contact within food processing and pharmaceutical warehousing environments.
Full customization covering outer skin metallurgy (AISI 304/316 stainless, food-grade plastisol, antibacterial PPGI), precise tongue-and-groove joint geometries, integrated PVC/aluminum coving, pre-wired conduit chases, and matched insulated hinged/sliding doors.
Engineered to thrive in extreme tropical heat, high coastal salinity, and arid desert conditions exceeding +50°C. Our multi-layer coatings offer salt spray resistance beyond 1,000 hours (ASTM B117) and superior UV radiation stability (RUV4 classification).
Factory-routed cam-lock assemblies embedded with micron-level tolerances ensure zero on-site cutting or modification. Interlocking eccentric hooks lock with a 90-degree twist, slashing installation labor times by up to 60% compared to traditional stick-built framing.
Panels are packaged with high-tack surface protective films, corner edge armor, multi-layer shockproof PE wrapping, and reinforced wooden crating specifically optimized for standard 40ft High Cube container nesting to prevent shipping damage and freight cube waste.
The cold storage sector is experiencing rapid transformation driven by net-zero building regulations, automated warehousing logistics (ASRS), and advanced chemical formulations. What procurement teams must prepare for over the next 5-year cycle:
Global environmental mandates (Kigali Amendment, EU F-Gas Regulation) are forcing the phase-out of high-GWP blowing agents. Next-generation procurement mandates fourth-gen HFO blown foams yielding zero ODP and GWP < 1 with an enhanced 6% thermal efficiency gain over standard pentane foams.
Logistics operators are moving to high-density Automated Storage and Retrieval Systems (ASRS) reaching 30-40 meters in height. Freezer room panels must now serve as the structural exterior building facade ("clad-rack"), requiring superior wind-load deflection and specialized intermediate support fasteners.
Energy operating costs represent over 70% of a freezer warehouse's lifecycle expense. Buyers are abandoning low-cost, inferior-foamed panels prone to air infiltration, instead specifying certified airtight envelope joints with dual-seal EPDM gaskets that cut compressor runtime by 14-22% annually.
Future-ready industrial cold storage panels are incorporating factory-installed IoT relative humidity and temperature sensors directly into the tongue-and-groove joint profiles. This enables real-time facility telemetry, identifying micro-condensation leaks before frost heaving or thermal degradation occurs.
Comprehensive technical and logistical answers curated by our cold storage engineering specialists to streamline consultant approval and project pre-qualification.
Submit your architectural spans, desired thermal operating envelope, and site climatic parameters. Our technical engineering desk will provide a tailored Bill of Quantities (BOQ), thermal deflection calculations, and factory-direct pricing within 24 hours.
Our sales engineers respond to project questions during working hours (GST+4).