Top 10 Heat detector factory in the World 2025

Are you aware that the right heat detector can save lives and property? Comparing top factories is crucial for making informed choices. Discovering the best options not only enhances safety but also ensures reliability. Dive into our guide to find out which factories stand out and why!

Home – Thermotech Heat Detectors, Inc Heat Detector Manufacturer, Ogden, UT

Product Details: Thermotech heat detector Model 302 is a normally open device designed for fire detection and alarm systems, available in 135°F and 194°F ratings.

Technical Parameters:
– Self restoring, non-ferrous, hermetically sealed
– Shock and corrosion resistant, tamperproof

Application Scenarios:
– Fire detection and alarm systems
– Commercial and industrial environments

Pros:
– Not directionally affected, can be mounted horizontally or vertically
– Automatically resets when the surrounding air temperature drops below the rated…

Cons:
– Must not be installed in direct sunlight
– Limited to specific temperature ratings and ceiling temperatures

D1xH1 Heat Detector 1-27-010 – E2S

Product Details: E2S D1xH1 globally certified heat detector suitable for harsh environments, featuring D-A-F rate compensated heat detector elements with stainless steel casing and hermetically sealed contacts. Available in explosion proof and increased safety versions certified for Zone 1 & 21, Class I Zone 1 & 21, Class I/II Div 1 & 2.

Technical Parameters:
– Temperature range: Up to 725°F (385°C)
– Ingress protection: IP66/67, Type 4/4X

Application Scenarios:
– Hazardous areas requiring heat detection
– Industrial environments with high temperatures

Pros:
– Robust and corrosion-proof LM6 marine grade aluminum enclosure
– Globally approved to IECEx, ATEX, UL, cUL, and ULC standards

Cons:
– Requires annual testing per NFPA guidelines
– Replacement needed after 10 years of continuous service

Heat detector – All industrial manufacturers – DirectIndustry

Product Details: Heat detectors are devices designed to detect increases in temperature, primarily for fire safety applications. They continuously monitor ambient temperature and trigger alarms when a certain threshold is reached.

Technical Parameters:
– Detection technologies: optical, resistance, infrared, thermal, electronic
– Outputs: wireless, analog, digital

Application Scenarios:
– Industrial environments for fire safety
– Monitoring in hazardous areas

Pros:
– Provides early warning for fire hazards
– Can be integrated with other safety systems

Cons:
– May require regular maintenance and calibration
– False alarms can occur due to environmental factors

Heat Detector – Ambetronics

Product Details: Ambetronics Heat Detector is designed to detect overheat or fire by monitoring ambient temperature and providing an alarm signal when a rise in temperature is detected.

Technical Parameters:
– Temperature range: 40˚C to 210˚C
– Power consumption: <3W
– Output: Potential-Free NO contact, 4 to 20 mA Current Output, RS-485 communicati…

Application Scenarios:
– Industrial facilities for fire safety
– Warehouses and storage areas to prevent overheating

Pros:
– Fast and reliable response to temperature rise
– User-friendly, plug-and-play operation

Cons:
– Requires factory preset for specific temperature thresholds
– Limited to specific temperature ranges

Heat detector BD-501 – Heat detectors – Productweb en

Product Details: Heat detector BD-501 is a point heat detector designed for detecting rises in environmental temperature caused by fire. It features an interactive design with SelfVerify functionality and is suitable for use in Autronica’s interactive fire detection systems.

Technical Parameters:
– SelfVerify function with automatic testing every 24 hours
– IP56 rated for protection against dust and water

Application Scenarios:
– Heavy industry environments
– Maritime and offshore applications

Pros:
– High reliability due to SelfVerify function
– Durable design suitable for rough conditions

Cons:
– Limited to heat detection only
– Requires integration with Autronica systems

Heat/Risk Area Detector (Model HD) – Det-Tronics

Product Details: Heat/Risk Area Detector (Model HD) monitors surrounding air temperature and actuates an electrical contact output at a pre-determined temperature. It is designed for demanding applications and utilizes Rate Compensation for better performance.

Technical Parameters:
– Operating temperature range: –40°C to +125°C (–40°F to +257°F)
– Certified SIL 2 capable, Zone 1, 2 and 21 rated, Models IP66/67 and NEMA Type 4x…

Application Scenarios:
– Used as an alarm device to sense excessive heat or fire and warn personnel
– Can be used as a signaling device to send a signal to an alarm panel for actuati…

Pros:
– Faster response times than traditional alternatives
– Rugged design withstands shock and vibration

Cons:
– Potentially higher initial installation costs compared to simpler detectors
– Requires proper installation and calibration for optimal performance

Linear Heat Detectors

Product Details: Protectowire Linear Heat Detector is a proprietary cable that detects heat conditions anywhere along its length, suitable for various fire detection applications.

Technical Parameters:
– Durable flame retardant vinyl outer jacket
– Low moisture absorption and excellent flexibility at low temperatures

Application Scenarios:
– Commercial and industrial applications
– Cold storage facilities requiring low alarm activation temperatures

Pros:
– Good abrasion resistance and high resiliency
– Exceptional high temperature performance

Cons:
– Custom lengths incur additional charges
– Special order items may require non-refundable deposits

Heat Detection Sensors Critical for Manufacturing – PEG Glass

Product Details: Custom glass components for heat detection sensors developed by Precision Electronic Glass (PEG).

Technical Parameters:
– Precision glass fabrication
– ISO 9001:2015 certified quality standards

Application Scenarios:
– Industrial manufacturing environments
– Medical and surveillance applications

Pros:
– Customized solutions for various industries
– High-quality precision components

Cons:
– Limited information on specific product types
– Potentially high costs for custom solutions

Approved Heat Detector Manufacturers

Product Details: Approved Heat Detectors from various manufacturers listed for inspection and testing purposes.

Technical Parameters:
– Country of Manufacturer
– Contact Information

Application Scenarios:
– Fire detection in industrial settings
– Safety monitoring in commercial buildings

Pros:
– List of approved manufacturers for reliability
– Guidance on inspection and testing procedures

Cons:
– Manufacturers not directly evaluated by the website
– Requires pre-qualification assessment by the purchaser

King-Fisher Rate Compensated Heat Detector – kfci.com

Product Details: 302 Series Heat Detectors are normally open heat detectors designed for fire detection and alarm systems, available in 135°F or 194°F ratings.

Technical Parameters:
– Hermetically sealed for moisture proof or dust proof installations
– Shock resistant, corrosion resistant, and tamperproof

Application Scenarios:
– Fire detection and alarm systems in indoor and outdoor environments
– Hazardous conditions with the explosion-proof model

Pros:
– Self-restoring and requires no special back box
– UL Listed and Factory Mutual Approved

Cons:
– Must be installed according to NFPA Standard 72
– Not suitable for direct sunlight exposure

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Frequently Asked Questions (FAQs)

What types of heat detectors are manufactured in these factories?

Heat detector factories typically produce various types of heat detectors, including fixed temperature detectors, rate-of-rise detectors, and combination units. Each type serves different purposes, such as detecting gradual temperature increases or sudden spikes, ensuring safety in various environments.

How are heat detectors tested for quality and reliability?

Factories conduct rigorous testing on heat detectors, including environmental tests, sensitivity checks, and durability assessments. These tests ensure that the detectors perform reliably under different conditions, meeting industry standards for safety and effectiveness.

What materials are commonly used in heat detector production?

Heat detectors are usually made from durable materials like plastics, metals, and specialized sensors. These materials are chosen for their ability to withstand high temperatures and environmental factors while ensuring optimal functionality.

Can I customize heat detectors for specific applications?

Yes, many factories offer customization options for heat detectors. You can work with manufacturers to tailor features such as sensitivity levels, mounting styles, and integration with existing fire safety systems to suit your specific needs.

What is the typical lead time for ordering heat detectors?

Lead times can vary depending on the factory and the complexity of your order. Generally, you can expect a lead time of a few weeks for standard products, while custom orders may take longer. It’s best to check with the manufacturer for precise timelines.