Stainless Steel

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Brandon: Your partner in Professional Stainless Steel Fabrication

Brandon is a leader in stainless steel fabrication, delivering tailored solutions for the hospitality industry. From quick-service restaurants (QSRs) to five-star hotels, our expertise spans modular designs for cost-efficiency to fully welded, heavy-gauge craftsmanship for premium kitchens. Leveraging advanced robotic production and decades of industry knowledge, Brandon collaborates seamlessly with contractors and consultants to meet the unique demands of each client. Whether you need flat-pack solutions for space-saving or bespoke heavy-duty designs, Brandon is your trusted partner in building exceptional kitchens.

Stainless Steel Kitchen Fabrication

People ask me, “Why would Brandon, an equipment manufacturer, would like to venture into kitchen fabrication?” Traditionally, stainless steel is an area that food equipment manufacturer finds it least desirable to enter.  Since it requires less design capability and thus has less added value, the requirement of custom made and

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Our latest posts

  • Isolate Power & Gas Before Servicing Commercial Gas Equipment

    Isolating power and gas is the first, most important step before cleaning burners, opening a gas train, or touching any ignition components. Done right, it prevents unexpected ignition, fuel release, shock, and equipment damage. This post gives technicians a precise, repeatable procedure you can embed in your SOPs. What “Isolate Power/Gas” Means Why both? Many

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  • Gas Pressure 101: Static vs. Dynamic — Which Reading Actually Matters?

    Set by dynamic, confirm with static: use dynamic pressure under load for manifold and inlet specs, and use static only to ensure you’re below the max. A quick field procedure and cues help you commission gas equipment right the first time.

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  • Reducing exhaust to improve yellow or lazy flame

    Why reducing exhaust can help (in some cases) Think of the kitchen as an air-balance equation: Exhaust (out) – Make-Up Air (in) = Pressure deficit (ΔP). In short: you’re not “adding oxygen” by reducing exhaust — you’re removing excessive suction so the oxygen already being supplied can actually reach the burners without being whisked away

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