Flame Detector Supplier & Suppliers in Denmark

Premium Optical Flame Sensing Systems, Smart Low-Voltage Power Matrices, and Integrated Fire Protection Architecture for Denmark's Advanced Wind, Offshore, Chemical, and Marine Industries

Denmark's Modern Fire Safety Paradigm: Flame Detection & Infrastructure Assets

As Denmark accelerates its transition to carbon neutrality, the nation's industrial landscape is shifting toward complex, high-risk energy vectors, including large-scale Power-to-X (PtX) hydrogen electrolysis, biogas synthesis, massive offshore wind arrays in the North Sea, and advanced pharmaceutical production hubs (such as Kalundborg). These environments require advanced fire prevention systems. The conventional optical heat and smoke detectors are no longer sufficient to secure locations where hydrogen, chemical vapors, or marine engine oils present dynamic fire hazards.

Optical Flame Detectors, using multi-wavelength Infrared (IR3) and Combined Ultraviolet/Infrared (UV/IR) spectrum analysis, have become essential safety barriers in modern Danish operations. Unlike traditional systems, flame detectors sense the radiant energy emitted by combustion at the speed of light. This allows for millisecond-level reaction times, which are critical when managing hydrogen combustion (which has an invisible flame in daylight) or preventing flash fires in offshore wind turbine nacelles.

Wind Turbine Protection

Offshore turbines in Baltic waters face risk from mechanical friction and high-voltage electronics. Quick optical detection prevents complete nacelle loss.

Power-to-X & H2 Systems

Hydrogen burns cleanly with virtually no visible light. Multi-spectral IR3 detectors detect water-band emission spectra (2.7 µm) to reveal hidden fires.

Marine & Port Infrastructure

Danish shipping terminals and maritime vessels require explosion-proof (ATEX) sounder-strobes and flame monitoring inside tight engine compartments.

Securing the Auxiliary Infrastructure: Power, Signals, and Interlocks

An optical flame detector does not operate in isolation. The efficacy of a plant’s fire safety system depends on the robust operation of its auxiliary networks. This is where high-integrity power and signaling components become necessary:

  • Isolated Low-Voltage Power Supplies: Devices like the AT2031X and AT2032X deliver stable, filtered 24VDC power across long cabling runs in petrochemical and maritime facilities, preventing false alarms or system outages caused by voltage drops.
  • Digital Signal Integration (I/O Devices): Signal processors, including the AT0421X Input and AT0321X Output Devices, translate discrete detector alarm and fault contacts into industrial network protocols (e.g., Modbus RTU, HART) for real-time monitoring by main plant DCS or SCADA installations.
  • Fail-Safe Shutoff Control Systems: Interlock Control Boxes (such as the JB-MK-AT2041X series) execute emergency safety actions immediately. In the event of a fire, they trigger automatic fire suppression systems and shut off main gas valves within milliseconds of flame detection.

Rigorous Safety Compliance & European Standards

For Danish industrial designers, safety systems must comply with specific European directives. Equipment deployed in hazardous zones must be certified according to the ATEX Directive 2014/34/EU and comply with the EN 54-10 harmonized standard for flame detectors.

Xinhaosi manufactures safety instrumentation according to ISO 9001 and CE requirements. The company's products carry international certifications, including SIL 2/3 (Safety Integrity Level) ratings under IEC 61508. This ensures Xinhaosi safety devices can integrate into emergency shutdown (ESD) systems.

"Our in-house CNAS-accredited calibration laboratories test safety products under rigorous climatic, physical, and chemical conditions, simulating the salt-heavy air and low-temperature realities of Danish offshore environments."

Download Compliance Certificates
Technical Strength & Certifications
2003
Year Established
50+
Patents & Copyrights
Millions
Annual Units Sold
CNAS
Accredited Laboratory

Global Industrial Presence & China Supply Chain Resilience

Founded in 2003, Xinhaosi has become an influential and trusted brand in the global gas safety and flame detection industries. Over the past two decades, we have built a comprehensive production and service system. This integrates cutting-edge R&D, intelligent manufacturing with automated equipment, digital marketing across global channels, and professional after-sales support with an experienced technician team.

By operating advanced facilities in Chengdu and Deyang, Xinhaosi ensures supply chain continuity. Our high-capacity factories produce millions of units annually, shielding our Danish and global partners from supply disruptions. We offer flexible OEM/ODM services, allowing us to customize low-voltage power boxes, safety barriers, and gas transmitters to meet specific European physical, electrical, and firmware requirements.

Manufacturing Locations

Chengdu Factory & Office

Chengdu Factory & Office

Deyang Factory

Deyang Factory

Guided by the mission of "Making Gas Safety Accessible Everywhere," our facilities maintain rigorous testing stages. This ensures each product line performs reliably in demanding environments.

Company Milestone History

Over 20 years of technical innovation and scale expansion in gas security and fire protection.

Establishment
2003 - 2008
Start Up & Foundations

● Established in Apr. 17th, 2003.
● Launched the 1st generation of gas leak alarm & fire fighting products.

Scale up
2009 - 2012
Initial Scale Achievement

● Started gas safety valve production.
● Expanding on OEM business.
● Moved to the office building in Longtan industrial park.

Rapid growth
2013 - 2016
Rapid Growth & Manufacturing Hub

● 10 millions pcs gas detector sales achieved.
● Moved into Chengdu factory building.
● Completed sales & service network across China.
● Launched the fire power monitoring system products.

IoT launch
2017 - 2020
Technological Upgrades & IoT Solutions

● Self-developed IoT platform launched.
● Launched fire automatic alarm, emergency lighting, and evacuation systems.
● Obtained high-tech enterprise certificate.
● Qualified official supplier of China’s top 5 gas suppliers.

Expansion
2021 - 2023
Industrial Specialization & New Factory Construction

● Started Deyang factory construction.
● Established the Petrochemical & International business Division.
● Awarded the title of Sichuan Provincial Technology Center.

Future
2024 — Future
Embrace the Future with AI Safety Systems

● Deyang factory construction completed and operation started.
● Launched urban gas pipeline network monitoring products.
● Launched wireless detection products.
● Launched AI safety valve products.

Danish Industrial Safety FAQ

Answers to common questions regarding flame detectors and power infrastructure compliance in European markets.

What type of optical flame detector is suitable for Danish Power-to-X hydrogen plants?
Hydrogen burns with an almost invisible pale-blue flame, emitting no carbon dioxide ($CO_2$). This makes standard single-frequency IR detectors (which look for carbonaceous resonance at 4.3 microns) ineffective. Multi-spectrum Infrared (IR3) flame detectors configured for water vapor band emission (2.7 microns) or combined Ultraviolet/Infrared (UV/IR) detectors are recommended to ensure reliable detection of hydrogen fires.
Do Xinhaosi's low-voltage power boxes and interface devices comply with ATEX/CE requirements?
Yes. Xinhaosi manufactures auxiliary products like the AT2031X, AT2032X, and I/O integration modules to meet CE standards. Devices installed in hazardous areas comply with appropriate ATEX zoning protection, utilizing flameproof enclosures (Ex d) or intrinsically safe circuits (Ex i) to safely distribute power and telemetry.
How do Xinhaosi's interlock control boxes protect wind turbines in offshore installations?
Our interlock control boxes (e.g., JB-MK-AT2041X series) interface directly with turbine SCADA and safety PLCs. Upon receiving an alarm signal from a flame or gas detector, the interlock box activates local fire suppression agents (such as aerosol or gas systems) and disconnects high-voltage electrical loops within milliseconds to limit fire spread.
What are the shipping times and OEM capabilities for Danish industrial distributors?
We partner with European freight forwarders to provide stable delivery to Denmark via sea, air, and rail links. We offer OEM/ODM services, including customization of enclosure colors, mounting brackets, communication protocols, and firmware languages to fit the requirements of your project.