Display Walk-In Coolers and Freezers for Sale

ELT Custom Coolers' walk-in cooler and freezer products are UL Certified, DOE 2017 Compliant, and NSF Approved. These certifications confirm the products meet recognized safety standards, federal energy efficiency requirements, and food equipment sanitation compliance.

ELT Custom Coolers stocks 65 prehung walk-in cooler replacement doors in widths of 30", 32", 34", 35", 36", 38", 40", 42", 47", 52", and 60", with heights of 78", 80", 84", and 130". Custom sizes are also available for non-standard openings, manufactured in-house to ensure a precise fit.

A standard frame is designed for walk-in cooler openings built to current framing standards. A plug frame is engineered for older walk-in boxes where the opening was originally cut for a plug-style door. Choosing the correct frame type ensures a proper seal and eliminates cold air leakage around the door opening.

Heated frames are strongly recommended for walk-in freezer doors, especially in high-traffic environments. Without a heated jamb, moisture in the air freezes at the door frame, causing frost buildup, door-stick, and compromised seals. ELT Custom Coolers offers heated frame and heated plug frame options on select freezer door models to prevent these issues.

Yes. ELT Custom Coolers offers an electric power sliding door option on the 12'x12' walk-in cooler sliding door configuration. This hands-free automatic door is ideal for high-cycle cold storage, food distribution facilities, and commissary kitchens where frequent forklift or cart pass-through requires automated operation.

The turnkey 8x8x8 walk-in box includes insulated panels and a prehung door, and is configurable for either cooler or freezer use. However, the refrigeration package is sold separately, so buyers will need to source and install a compatible refrigeration system for their specific temperature application.

PVC strip curtains, such as the Kason® 402 Easimount Strip Curtain Set, are designed to reduce compressor run-time by 20–40%. By minimizing the exchange of cold and warm air each time the door is opened, they help maintain interior temperatures more efficiently, lowering energy consumption and reducing operating costs.