Audio, Sensor & Specialized Enclosures

Our enclosures are engineered with IP-rated seals und advanced coatings to provide robust protection against moisture, dust, and chemical exposure. Designed for harsh environments like outdoor installations und automotive applications, the materials used are optimized for corrosion resistance and impact durability, ensuring long-term protection and reliability of sensitive components. 

Audio,Sensor & Specialized Enclosures

Unsere Kunden

Trusted by Engineers and Purchasing Leaders 

Our Audio, Sensor & Specialized Enclosure Products

Explore our range of high-quality Audio, Sensor & Specialized Enclosure today.

Smart Irrigation Controller Enclosures - IMG (2)
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Exhaust Fan Enclosures - IMG

Wörter von Kunden

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.

Audio,Sensor & Specialized Enclosures

100,000+

Teile Hergestellt

250+

Frigaters

2000+

Maschinen

450+

Materialien

25+

Herstellung Prozess

Industry Applications

Luft-und Raumfahrt

Protects avionics, sensors, and audio systems from extreme temperatures, vibrations, and pressure changes with durable materials like aluminum. 

Automotive

Safeguards ECUs, audio systems, and sensors from vibrations, temperature fluctuations, and exposure to automotive chemicals, ensuring long-term performance. 

Industrial Automation

Shields control systems and sensors from dust, moisture, and heat, ensuring reliable operation in manufacturing and industrial environments. 

Medical Devices

Protects critical sensors and audio components in medical equipment from moisture, chemicals, and shock, ensuring reliable performance in sterile environments. 

Energy & Utilities

Protects sensors and monitoring devices in power generation from weather, EMI, and high-voltage conditions, ensuring safe operation. 

Consumer Electronics

Shields audio systems and portable devices from physical damage, moisture, and dust, ensuring consistent performance and longevity. 

Audio,Sensor & Specialized Enclosures

Custom-Fit Enclosure Solutions

Custom Design Capabilities

Supports complex geometries, asymmetric profiles, and non-standard cutouts tailored for precise PCB layouts, thermal paths, and mounting interfaces.

Material Durability

Utilizes high-performance polymers, 6061/7075 aluminum alloys, and 304/316 stainless steel with proven mechanical fatigue, impact, and corrosion resistance. 

Serviceability and Access

Incorporates tool-less access features, EMI/RFI-shielded hinged panels, and modular subassemblies enabling rapid field servicing without full system teardown. 

Audio,Sensor & Specialized Enclosures

Having Doubts? Our FAQ

Check all our Frequently Asked Questions

How do enclosure materials affect acoustic transparency in audio systems?

Acoustic transparency depends on the material’s density and surface structure. Materials like ABS with tuned wall thickness or micro-perforated metal allow sound to pass while blocking dust or liquids. Using acoustic mesh filters also helps pflegen clear frequency response without compromising IP protection. 

Can sensor enclosures be designed to minimize signal latency in high-speed data systems?

Yes, latency is reduced by optimizing the internal layout for minimal cable length and shielding signal paths. Using materials with low dielectric constants and minimizing EMI through grounded barriers ensures fast signal transmission without delay or interference. 

What techniques are used to maintain RF shielding while allowing sensor exposure?

We use conductive coatings (e.g., nickel or silver-filled epoxy) combined with selective aperture design. Windows for sensors are RF-transparent but tuned to block specific frequencies. This ensures EMI shielding while keeping sensors fully functional. 

How do enclosure venting mechanisms balance pressure without compromising ingress protection?

We use waterproof membrane vents (e.g., PTFE-based) that allow gas exchange but block water and particles. These vents equalize internal pressure caused by temperature changes while maintaining IP67/IP68 ratings. 

How is heat dissipation handled in compact enclosures with high-power audio components?

Thermal management is achieved using internal heat sinks, thermally conductive interface materials, and metal housings that act as passive radiators. In critical setups, phase-change materials or vapor chambers are integrated to manage thermal loads efficiently. 

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LOCATIONS

Sitz

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

Operations Office

9/1, Poonthottam Nagar, Ramanandha Nagar, Saravanampatti Coimbatore-641035, Tamil Nadu, Indien. ㅤ

Weitere Standorte

ALLGEMEINE ANFRAGEN

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