Precision-welded, corrosion-proof, and durable – our stainless steel enclosures mean business.
Rugged 304 & 316L stainless steel enclosures. No weak points. No shortcuts. Just protection.
ShanenTech: Stainless Steel Enclosure Manufacturer
We engineer our stainless steel enclosures for corrosive, humid, and tough industrial settings. We use 304 and 316L stainless steel, precision-cut and TIG-welded for strength. Our enclosures meet IP66, IP69K, and NEMA 4X water jets, dust, and chemicals standards. Gaskets avert ingress. Hinges, latches, and mounting brackets are stainless to avoid weak points. We laser-cut mounting holes for alignment. Options are double-wall construction, custom cutouts, and EMI/RFI shielding. Every unit is CNC-finished for tolerances. No burrs, gaps, or compromises.
Different Types of ShanenTech Stainless Steel Enclosures
- Stainless steel 304 enclosures.
- Stainless steel 316 enclosures.
- NEMA 4X stainless steel enclosures.
- IP-rated stainless steel enclosures.
- Wall-mount stainless steel enclosures.
- Floor-standing stainless steel enclosures.
- Stainless steel junction boxes.
- Custom-designed stainless steel enclosures.
- Outdoor stainless steel enclosures.
- Hygienic stainless steel enclosures.
ShanenTech Stainless Steel Enclosure Features
ShanenTech’s stainless steel enclosures are built with 14 or 16-gauge sheets to balance structural rigidity with manageable weight. They use continuous seam welds to avoid crevices that trap contaminants. All welds endure passivation for better corrosion resistance and lower micro-pitting. Gasketed doors use compression-sealed silicone or EPDM. Internal stiffeners minimize flex under load. The hinged panels use concealed, stainless piano hinges for operation and alignment. Laser-cut cable entries permit gland fitting without rough edges. Surfaces are bead-blasted or brush-finished to decrease residual stress and uniformize appearance. Mounting plates and internal rails are pre-treated for compatibility across subsystem components. Before deployment, the assembly is inspected for weld, surface flatness, and tolerances.
Applications of ShanenTech Stainless Steel Enclosures
ShanenTech stainless steel enclosures see heavy use wherever equipment must endure corrosive chemicals, exciting temperatures, or punitive washdowns in food processing, petrochemical, and marine environments. They incorporate 304 or 316 stainless steel with welds and passivation methods that decrease stress corrosion cracking. Many models satisfy high NEMA ratings or IP standards, which guarantees close-fitting sealing against water, dust, and debris in arduous conditions. The internal mounting features simplify cable management in automation setups. Similarly, the material thickness and surface finishes can be different according to heavier loads or limit bacterial growth, which renders them dependable in cleanroom or sanitary applications.
Mounting Options
Surface-Mounted Flange Attachments
Tight-tolerance press brakes shape and TIG-weld enclosure flanges. They provide predictable enclosure wall load distribution. Their small protrusions are appropriate for space restrictions.
Stand-Off Bracket Systems
They involve laser-cut brackets with internal threaded fasteners. It isolates the enclosure from vibration or heat buildup. The brackets may use reinforced bends to carry heavier components.
Pole and Column Mounting Assemblies
They need heavier gauge steel and contoured clamps. Torsional stresses are handled via straps and braced blocks on the enclosure. All edges are deburred for lower stress concentrations.
Rack-Mount Ears and Slide Rails
Standard 19-inch rack widths need precision side ears for alignment. Unified rails make enclosure movement simple. Via conductive hardware, they assure constant grounding lines.
Custom Welded Frames and Pedestals
Such frames are seam-welded and stress-relieved for structure. They can carry loads that meet NEMA and IP sealing needs. Engineers incorporate vented channels for thermal dissipation.
Safety and Quality Guaranteed
ShanenTech sources stainless steel in precise gauges for structural stability under heavy loads. Then, we utilize CNC-based cutting and bending for tolerances that cut stress points. We employ TIG welding for consistent, burr-free seams and negligible heat distortion, which lowers micro-cracks and contamination. After welding, surfaces experience passivation or electropolishing to remove embedded particles and optimize corrosion resistance. The enclosures endure testing against vibration, impact, and chemical exposure. It confirms that every unit fulfills safety requirements without harming ease of installation and long-term steadfastness.
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