Electrical & Industrial Enclosures

Electrical & Industrial  Enclosures are engineered from 10-14 gauge or 316L stainless steel, with FEA validation to withstand impact, vibration, and torsional loads. Hinge assemblies and multi-point latches maintain door integrity under dynamic stress. All units meet IEC 62262 IK10 for impact resistance in mechanical risk zones. 

Electrical & Industrial Enclosures

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Our Electrical & Industrial Enclosures Products

Explore our range of high-quality Electrical & Industrial Enclosures today.

Industrial Enclosures - IMG (3)
Enclosure Assembly - IMG
Electrical Junction Boxes Enclosures - IMG (3)
Wire-Through Enclosures - IMG
Junction Box Enclosures - img (2)
Dual Access Enclosures - IMG

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Sehen Sie, wie Globale OEMs und sourcing-Köpfe beschreiben Sie Ihre Erfahrung mit unseren skalierbaren Ausführung.

Wir exportieren in 10+ Ländern

Fregatte Globale Präsenz

Fregatte ist stolz darauf, Erleichterung “Machen in Indien für die Welt“. Als unser globales Netzwerk von Frigaters bietet praktisch unbegrenzte Kapazität, und durch unsere IoT-fähige Plattform, die Sie Ihre Teile direkt in der Produktion. Durch digitale und technologisch aktivieren "die stillen Säulen der Wirtschaft" KKMU-und KMU-Branchen der verarbeitenden Industrie, wir sind in der Lage, Tippen Sie auf die riesige Potenzial für die Fertigung zu bringen die besten Ergebnisse für unsere Kunden.

Electrical & Industrial Enclosures

100,000+

Teile Hergestellt

250+

Frigaters

2000+

Maschinen

450+

Materialien

25+

Herstellung Prozess

Industry Applications

Power Distribution and Utility Infrastructure

Enclosures protect switchgear, transformers, relays, and SCADA systems in substations and power distribution nodes, ensuring IP-rated sealing, arc-flash containment, and isolation from weather, rodents, and unauthorized access. 

Industrial Automation and Control Panels

Used to house PLCs, HMIs, VFDs, and terminal blocks in manufacturing environments, enclosures provide mechanical protection, EMI shielding, and thermal dissipation while maintaining required spacing per IEC 60204-1. 

Oil & Gas Process Zones

Enclosures in hazardous areas (Zone 1, Zone 2) must meet ATEX/IECEx certification, include flameproof joints, and resist chemical degradation from H₂S, hydrocarbons, and salt-laden air in onshore/offshore installations.

Transportation and Traffic Control Systems

Enclosures are deployed for signal controllers, power modules, and communications equipment, requiring NEMA TS2 compliance, vibration resistance, and low-temperature operability in outdoor roadside and rail environments.

Water and Wastewater Treatment Plants

Installed in pump stations, control rooms, and chemical feed areas, these enclosures must provide corrosion resistance, ingress protection, and compatibility with corrosive atmospheres like chlorine and sulfur compounds.

Telecommunications and Data Infrastructure

Used for fiber distribution panels, UPS modules, and remote electronics, these enclosures require thermal regulation, EMI shielding, and IP/NEMA protection for both indoor equipment rooms and outdoor base stations. 

Electrical & Industrial Enclosures

EMI/RFI Shielding in Interference Zones

Seam Continuity Design

Conductive enclosure bodies with bonded seams and internal grounding paths ensure shield integrity against broadband interference and induced currents. 

High-Performance Gasketing

Conductive elastomeric gaskets or EMI fingerstock provide reliable attenuation across seams and access points, verified under IEEE 299 test standards. 

Isolated Mounting Architecture

Internal assemblies use isolated panels to decouple sensitive circuits from structural noise paths, maintaining signal integrity in mixed-signal environments. 

Electrical & Industrial Enclosures

Having Doubts? Our FAQ

Check all our Frequently Asked Questions

How does Frigate ensure the structural integrity of plastic enclosures under mechanical load?

Frigate uses FEA (Finite Element Analysis) to predict stress points under impact and vibration during enclosure design. High-load zones are reinforced using ribbing patterns and glass-filled resins for added strength. Snap-fit designs are tested for fatigue under repeated insertion cycles. All enclosures comply with IEC 62262 impact ratings based on application.

What testing does Frigate perform to validate enclosure performance in corrosive atmospheres?

Plastic enclosures are exposed to salt fog, acidic vapors, and industrial solvent simulations based on ASTM D543. Frigate selects materials like PPO or PVDF that resist oxidation and hydrolysis. Long-term testing ensures no cracking, swelling, or embrittlement occurs. Results are logged as part of Frigate’s internal qualification protocol.

How does Frigate design plastic enclosures for high-humidity environments?

All Frigate enclosures for damp environments are designed with integrated gaskets and sealed joints rated up to IP67. Plastics are chosen with low water absorption rates, typically under 0.3% by weight. Ventilation options include hydrophobic membranes to equalize pressure without allowing moisture ingress. Internal spacings follow IEC 60664 to prevent arc tracking. 

What grounding strategy does Frigate use in plastic enclosures with conductive coatings?

Frigate applies conductive EMI coatings inside the enclosure and integrates molded-in grounding points connected via stainless steel hardware. These points are tested for continuity and surface resistance below 10 ohms. Shielding effectiveness is validated under IEEE 299 or MIL-STD-285 standards. Ground lugs are installed to allow bonding with external systems.

How does Frigate manage the dimensional stability of large plastic enclosures?

Frigate uses materials with low thermal expansion coefficients and high dimensional stability, like glass-reinforced polycarbonate. Mold shrinkage is controlled using precision tooling and cooling profiles. Enclosures are inspected for warpage and tolerance shift using 3D metrology. Design allowances are made for long-term creep under constant mechanical load.

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LOCATIONS

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10-A, First Floor, V. V Komplex, Prakash Nagar, Thiruverumbur, Trichy-620013, Tamil Nadu, Indien.

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