BALLY 054117 GASKET, 37-1/2X77-5/8 3S SV

Restore your walk-in cooler or freezer’s energy efficiency and temperature control with the Bally 054117 Door Gasket.

Is your walk-in door leaking cold air or failing to close properly? The Bally 054117 Gasket, designed specifically for Bally walk-in cooler and freezer doors, provides a tight, magnetic seal along three sides of your door frame. This gasket prevents air loss, maintains safe storage temperatures, and reduces energy consumption. Its push-in, dart-type magnetic design allows for a simple installation—just press it into the door channel for a secure fit.

Product Details:

• Product Type: Magnetic Door Gasket (3-sided) for walk-in cooler/freezer doors

• Compatibility: Designed for Bally Refrigerated Boxes walk-in doors

• Manufacturer: Bally Refrigerated Boxes — Genuine OEM Original Part

• Common Symptoms Fixed: If your walk-in is struggling to maintain proper temperature, has a door that won’t close tightly, or shows signs of air leakage, the Bally 054117 Gasket restores reliable sealing performance.

Part Numbers Replaced:

054117

Key Features:

Genuine OEM Quality: This gasket is an authentic Bally replacement, ensuring a precise fit and dependable performance for your walk-in cooler or freezer.

Improved Efficiency: By sealing cold air in and warm air out, this gasket helps your walk-in operate more efficiently, reducing energy consumption and protecting stored products.

Durable Construction: Built to withstand the daily use and temperature fluctuations of commercial walk-in doors, this gasket maintains its integrity over time.

Easy Installation: The push-in magnetic design allows for quick, hassle-free installation without specialized tools, saving time and effort.

Perfect Compatibility: Designed specifically for Bally walk-in doors, the 054117 Gasket ensures a reliable and long-lasting seal.

Don’t let air leaks compromise your walk-in’s performance. Order the Bally 054117 Gasket today and ensure your cooler or freezer maintains consistent temperatures while operating efficiently.