High Quality Industrial Walk in Blast Deep Freezer Food Storage Cold Room

Customization: Available
Installation Guide: Available
Customer Training: Available

Product Description

Basic Info.
After Service
Available
Material
Sandwich Panel
Usage
Warehouse
Certification
ISO, CE
Customized
Customized
Transport Package
Standard Export Packing
Specification
PU
Trademark
XM
Origin
China
HS Code
8418500000
Production Capacity
100000 Square Meters Per Year
Product Description
Cold storage of perishable items has become an important stage in the distribution between manufacturers/processors and retail locations. The bulk storage of large or small quantities requires refrigeration that enables cold store facilities to be safe, energy conscious and compliant with government requirements and standards.

Our solutions involve working closely with customers to identify and determine the appropriate refrigeration concept to create facilities that make for efficient and economical distribution. Our expertise in designing and implementing cold store solutions ensures:

  • Integration of processing and storage facilities.
  • Selection of high-efficiency compressors and control systems for low power consumption and high refrigerating performance.
  • Placement of high-quality air coolers (direct expansion or flooded) for even temperature distribution.
  • Configuration of galvanized, individually-controlled condensers for low condensing pressure.
  • Implementation of computerized monitoring systems for automatic capacity regulation and power savings.
  • Design of valve stations for minimal pressure loss and easy maintenance.
Cold Room Features & Advantages
🏗️Concavo Convex Structure

Panels are joined by tongue and groove and locked by cam-locks, ensuring airtight joints without rivets, saving cost and time.

❄️Perfect Heat Insulation

High-density PUR foam (up to 38kg/m³ or above) provides superior thermal insulation efficiency.

🛡️Fire Retardant

Low flammable PUR foam is used in the panels, reaching fire retardant B2 grade for enhanced safety.

💎Surface Versatility

Available in Color steel sheet, Stainless steel sheet, or Embossed aluminum sheet to suit different environments.

🚪Highly Hermetical

Silica gel sealing on joint parts avoids cooling air leakage and moisture entry, ensuring optimal storage results.

🚛Load Bearing Capacity

Compressive strength exceeds 150kpa, allowing personnel and trolleys to move freely on floor panels.

Construction & Design Detail

Collaborating with well-known suppliers ensures no compromises in design, technology, or material selection. Key focus areas include:

  • Cladding designed for optimum protection against rough treatment and local environment.
  • Standardized computer programs to calculate heat loads from products, transmission, and machinery.
  • Insulating panels that reduce heat transfer and significantly lower operating costs.
  • Custom automatic or manual door systems built to specific requirements.
  • Options for integrated forklifts, shelves, pallets, and emergency generators.

All cold stores comply with local regulations and can be designed to meet national or international standards.

Frequently Asked Questions
1. What materials are used for the cold room panels?
The panels use high-density PUR (polyurethane) foam up to 38kg/m³ for insulation, with surface options including color steel, stainless steel, or embossed aluminum.
2. How are the cold room panels connected?
Panels use a concavo-convex structure (tongue and groove) and are secured with cam-locks on each side to ensure an airtight seal without the need for rivets.
3. What is the fire rating of the insulation material?
The PUR foam used in our cold room panels is fire retardant with a B2 grade rating, ensuring low flammability.
4. Is the floor strong enough for heavy equipment?
Yes, the floor panels have a compressive strength of over 150kpa, making them suitable for foot traffic and trolley operations.
5. Can the cold room system be expanded in the future?
Yes, the cam-lock and panel design allows for easier and faster installation, as well as the flexibility to expand or remove sections in the future.
6. How does the system ensure energy efficiency?
We use computerized control and monitoring systems for automatic capacity regulation, high-COP compressors, and superior insulation panels to minimize power consumption.

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