
316 Stainless Steel Still Fails Where Salt Is Allowed to Stay
Airborne chlorides can concentrate around horizontal surfaces, welds and narrow crevices as seawater repeatedly wets and dries. Even stainless steel becomes more vulnerable when enclosure details continuously retain salt deposits.
GX-BOX Solution:We combines suitable 316 stainless steel with sloped water-shedding surfaces, continuous welded joints, controlled stainless finishing and corrosion-resistant external hardware. The objective is to reduce both chloride attack and the structural locations where salt can accumulate.
The Cabinet May Survive While Its Mounting Interface Corrodes First
Stainless cabinets may be mounted to galvanized, carbon-steel or aluminum structures. In a wet chloride environment, direct contact between dissimilar metals can accelerate corrosion around bolts and mounting interfaces.
GX-BOX Solution:External hardware and mounting structures are coordinated with the enclosure material, while suitable isolation provisions can be incorporated where dissimilar metals meet. Raised bases also separate floor-standing cabinets from persistent deck water without compromising the required earthing arrangement.
At Sea, the Cabinet Becomes Part of the Load-Bearing Structure
Equipment weight combined with repeated vibration or vessel movement loads the mounting plate, cabinet body and base continuously. Weak load paths can lead to cabinet racking, mounting movement and changing door alignment.
GX-BOX Solution:Reinforced equipment supports transfer loads through the cabinet frame into a strengthened base and anchoring points. Fully welded construction and fixture-controlled fabrication help maintain structural alignment, while project-specific vibration requirements remain subject to the customer’s specified testing standard.
Which Enclosure Box Do You Need?

Stainless Steel Push button Enclosures

Stainless steel Floor Mount Electrical Enclosure

SS316 Equipment Enclosure

Outdoor PLC Enclosures
Different industries have different requirements for electrical equipment protection.
Electrical equipment often operates in environments where dust, moisture, impact, and other external factors can affect component performance.
As industrial automation, power distribution, and electrical control systems continue to develop, reliable protection for sensitive components has become increasingly important.
As industrial automation and electrical systems continue to develop, reliable protection for electrical components has become increasingly important.