For Zone 1 Zone 2, Zone 21 Zone 22 hazardous area led lighting, 20W - 200W, 130lm/W,aluminum alloy + 8mm tempered glass, multi-installation for different projects, such as light tower, canopy light, marine grade.
Flameproof enclosure, Ex db op is IIC T6 Gb, Zone 1 & Zone 21 with explosive gas atmosphere, Zone 21 and Zone22 with explosive dust atmosphere, 10mm temered glass, 7J impact resistance,up to 26000lm.
Flameproof enclosure, Ex db op is IIC T6 Gb, IP68 protection grade, tempered glass 10mm, withstand impacts up to 10J, 2 foot and 4 foot Length, 50Watt- 240Watt, 130lm/W light efficacy.
Zone 1 & Zone 21, 1ft, 2ft, 3ft, 4ft length can be selected, replace the traditional explosion-proof three-proof lamp, explosion-proof fluorescent tube, anti-corrosion, anti-glare, anti-drop, competitive price.
Flameproof LED hand lamp for Zone 1 & Zone 21 hazardous areas, 10mm tempered glass, pass the multi-angle drop test, 10W, 20W, 30W Power, can be connected to the cable, emergency power box.
The CES-EX-SF series explosion-proof ceiling lamp has a strong shell, with features such as impact resistance, vibration resistance, and corrosion resistance. It can be used in hazardous environments of Zone 1&21, Zone 2&22.
CES-EX-JX Series is your go-to solution for illuminating hazardous Zone 1 and Zone 21 areas. With ATEX approval, these Explosion-proof LED Flood Lights offer unbeatable safety standards.
Discover the pinnacle of safety and illumination with our CES-EX-GBX Series Explosion-proof LED High Bay Lights. Designed for hazardous Zone 1 and Zone 21 areas, these lights boast ATEX approval, ensuring the highest safety standards.
GB-02 explosion-proof lights are made of alloy aluminum and tempered glass, with shock resistance and anti-vibration performance. The luminaires have passed the ATEX IECEx standards test, from 30W to 80W for hazardous area lighting.
LN-02 explosion-proof lights obtained an IECEx ATEX certificate, it's safe for the Zone 1 and Zone 2 hazardous locations. The copper-free aluminum alloy body is powder-coated to increase durability and beautiful appearance, are able to withstand violent shaking and shock resistance.
an innovative line of LED hazardous area lighting products, specifically designed for use in potentially explosive atmospheres (Zone 1/21 & 2/22) within harsh industrial settings such as coal mines and oil & gas facilities.
Explosion-proof safety exit lamps are for personnel evacuation, and fire operations to provide lighting fire emergency lamps! It usually uses an external power supply, when the power automatically switches to the battery power state!
As a professional explosion proof lighting supplier, we provide integrated LED solutions that eliminate the need for fluorescent tubes. This explosion-proof linear light features a robust 316L stainless steel housing with tempered glass, offering superior corrosion resistance against salt spray, chemicals, and harsh industrial conditions.
Equipped with a safety interlock switch, the fixture automatically cuts off power when opened, ensuring safe maintenance in hazardous locations. Widely applied in projects across Southeast Asia, the Middle East, and Europe, this light delivers reliable performance for long-term operation in demanding environments.
Installed in offshore oil & gas projects in the Middle East and chemical processing facilities in Europe.
Widely used in hazardous area projects across Southeast Asia, providing safe and reliable lighting solutions in explosive and corrosive environments.
Looking for a reliable marine lighting supplier for linear lighting solutions? Contact us for datasheets, pricing, and project support.
The CES-EX-LN-02N marine linear light is designed for reliable performance in marine lighting and offshore lighting applications, including ship engine rooms, corridors, offshore platform lighting, and confined industrial spaces.
As a professional marine lighting supplier, we provide durable and energy-efficient lighting solutions for ship lighting and offshore environments. The CES-EX-LN-02N series features a robust die-cast aluminum housing combined with tempered glass, offering excellent resistance to salt spray, humidity, and vibration for long-term operation in harsh marine conditions.
Widely used in marine and offshore projects across Southeast Asia, the Middle East, and Europe, this marine linear light ensures uniform illumination and dependable performance in demanding maritime applications.
Installed in shipbuilding projects in Singapore and offshore facilities in the Middle East.
Widely applied in marine vessels and offshore platforms across North American and South American, delivering reliable linear lighting performance in harsh marine environments.
Looking for a reliable marine lighting supplier for linear lighting solutions? Contact us for datasheets, pricing, and project support.
Our CES-EX-LN-02P marine linear light is designed for reliable performance in marine lighting and offshore lighting applications, including ship engine rooms, walkways, offshore platform lighting, and confined industrial spaces.
As a professional marine lighting supplier, we provide energy-efficient and durable lighting solutions for ship lighting and offshore environments. This marine linear light features a slim, space-saving design with high protection against salt spray, humidity, and vibration, ensuring long-term performance with minimal maintenance.
Widely used in marine and offshore projects across Southeast Asia, the Middle East, and Europe, this fixture is ideal for continuous and uniform illumination in harsh maritime conditions.
Installed in shipbuilding projects in Singapore and offshore facilities in the Middle East.
Widely applied in marine vessels and offshore platforms across Southeast Asia and Europe, providing reliable linear lighting solutions in demanding environments.
Looking for a reliable marine lighting supplier for linear lighting solutions? Contact us for datasheets, pricing, and project support.
Our CES-EX-GB-02 marine LED flood light is designed for reliable performance in marine lighting and offshore lighting applications, including ships, offshore platforms, and coastal facilities.
As a professional marine lighting supplier, we provide durable and energy-efficient lighting solutions for global marine and offshore projects.
Installed on offshore platforms in the North Sea and shipyard facilities in Singapore and Malaysia.
Widely used in marine industrial projects across Southeast Asia, the Middle East, and Europe, ensuring reliable lighting performance in harsh offshore environments.
Looking for a reliable marine lighting supplier? Contact us for specifications, pricing, and project support.
“Available for global marine projects with fast delivery and technical support.”
The CES-J marine LED flood light is designed for reliable performance in marine lighting and offshore lighting applications, including ships, offshore platforms, and coastal facilities.
As a professional marine lighting supplier, we provide durable and energy-efficient lighting solutions for global marine and offshore projects.
Installed on offshore vessels in Norway and North Sea projects, as well as shipyard and port applications in Singapore, Malaysia, and the Middle East.
Widely used in ship decks, offshore platforms, and coastal industrial facilities, delivering reliable performance under harsh marine conditions including salt spray, humidity, and vibration.
Looking for a reliable marine lighting supplier? Contact us for specifications, pricing, and project support.
This gangway system is installed at an LNG terminal jetty, where safe and stable access to vessels is essential for daily operations.
The lighting system plays a key role in ensuring visibility and safety during night operations and low-visibility conditions.

Jetty and LNG environments are highly demanding. Key challenges include:
High humidity and salt spray
Severe corrosion risks
Continuous outdoor exposure
Potential hazardous gas environments

CESP provides a reliable lighting solution tailored for marine and hazardous locations.

Corrosion-resistant housing for marine environments
Stable and long-lasting performance
Suitable for hazardous area applications
Robust structure for outdoor installation
This solution is suitable for:
LNG terminals
Marine jetty facilities
Offshore platforms
Oil & gas stations
Reliable lighting ensures:
Safe personnel movement
Reduced accident risks
Continuous operation
CESP delivers durable and reliable lighting solutions for demanding environments such as LNG terminals and marine applications.
Contact us for customized lighting solutions.
CESP supplied CES-EX-LN-02P marine luminaires for a European vessel deck, delivering reliable illumination for safe operations in harsh offshore conditions.
Designed for marine environments, the lighting system ensures stable performance under salt spray, humidity, vibration, and extreme weather, significantly improving visibility and operational safety.

Europe - Netherlands
Ship Deck Lighting · Offshore Vessel · Marine Platform · Port Facilities
Marine environments require lighting equipment that can withstand:
Severe salt corrosion
High humidity and water exposure
Constant vibration and shock
Extreme weather conditions
Long operating hours with minimal maintenance
CESP provided CES-EX-LN-02P marine luminaires featuring a corrosion-resistant housing, high protection rating, and energy-efficient LED technology.
The solution ensures durable operation, reduced maintenance costs, and long service life for demanding marine applications.
Corrosion-resistant construction for salt-spray environments
High-efficiency LED for energy savings
Excellent waterproof and dustproof protection
Vibration-resistant design
Long lifespan with low maintenance
After installation, the lighting system delivered stable, uniform illumination across the vessel deck, enhancing operational safety and efficiency while reducing energy consumption and maintenance requirements.
CESP specializes in high-performance lighting solutions for hazardous locations and demanding industrial environments worldwide, including marine, offshore, oil & gas, and heavy industry applications.
Need reliable lighting for marine or hazardous environments?
? Contact CESP for customized solutions and technical support.
For the CES-EX-LNX explosion-proof linear lights, we have considered various application scenarios and cost factors in the design process. Therefore, we have adopted multiple materials to meet the diverse needs of different customers and projects.
(1) Features:
✅ High Strength – Offers excellent mechanical strength and impact resistance.
✅ Cost-Effective – Lower material cost with high cost-performance ratio.
✅ Corrosion Protection Options – Can be coated with conventional protective layers such as hot-dip galvanization and epoxy coatings to enhance corrosion resistance.
(2) Applicable Environments:
��� General industrial environments (without strong acid or alkali corrosion)
��� Machinery plants, warehouses, workshops
��� Locations requiring high strength but with low corrosion resistance demands
(3) Not Suitable for:
❌ High-humidity, high-salt environments (e.g., offshore platforms, coastal areas)
❌ Strong acid and alkali corrosive environments (e.g., chemical plants, refineries)
(1) Features:
✅ Strong Corrosion Resistance – Resistant to general atmospheric corrosion and mild acidic/alkaline environments.
✅ Durable & Aesthetic – Smooth surface, easy to clean, and rust-free.
✅ Suitable for Food & Pharmaceutical Industries – Low contamination risk and resistant to bacterial growth.
(2) Applicable Environments:
� Food processing and pharmaceutical production (clean environments)
� Mildly corrosive environments (general industrial facilities, outdoor settings)
� Locations requiring a high level of aesthetics
(3) Not Suitable for:
❌ Offshore and marine environments (susceptible to chloride-induced corrosion)
❌ Strong acid and strong alkali environments (insufficient corrosion resistance)
✅ Excellent Corrosion Resistance – Contains 2%-3% molybdenum (Mo), significantly enhancing resistance to chloride-induced corrosion.
✅ High Strength – Outstanding mechanical properties, capable of withstanding harsh environments.
✅ High-Temperature Resistance – Suitable for high-temperature and high-humidity conditions.
✅ Low-Carbon Version of 316 – Carbon content ≤ 0.03%, reducing the risk of intergranular corrosion after welding.
✅ Superior Corrosion Resistance – More suitable for highly corrosive environments, including strong acid and alkali conditions.
✅ Ideal for Welded Structures – Maintains excellent corrosion resistance without requiring post-weld heat treatment.
� Offshore oil platforms, coastal areas (resistant to salt spray and seawater corrosion).
� Chemical plants, refineries (resistant to acidic and alkaline corrosion).
� High-temperature, high-humidity industrial environments.
� Marine equipment, ocean engineering (long-term exposure to salt spray and seawater).
� Chemical industry, acidic and alkaline environments (e.g., chloride-rich conditions, sulfuric acid, phosphoric acid production).
� High-end industrial applications requiring welding (e.g., pipelines, storage tanks, support structures).
The primary difference lies in carbon content, which affects corrosion resistance, weldability, and mechanical properties. 316L, with its lower carbon content, offers better weldability and higher resistance to intergranular corrosion.
|
Feature |
316 Stainless Steel |
316L Stainless Steel |
|
Carbon Content |
≤ 0.08% |
≤ 0.03% (Lower Carbon) |
|
Corrosion Resistance |
Excellent, especially in chloride environments |
Superior, especially in highly corrosive environments (strong acids and alkalis) |
|
Strength & Durability |
High mechanical strength |
Slightly lower strength due to reduced carbon content |
|
Weldability |
Good, but may require post-weld heat treatment |
Excellent, no post-weld heat treatment needed |
|
Resistance to Intergranular Corrosion |
May occur after welding due to higher carbon content |
Minimal risk due to low carbon content |
|
Best for |
Offshore platforms, chemical plants, high-temperature environments |
Marine engineering, chemical processing, welded structures (e.g., pipelines, storage tanks) |
This table clearly illustrates the key differences between 316 and 316L stainless steel, helping in selecting the right material based on specific application requirements.
� If the lighting fixture is manufactured with welding or used in extreme corrosive environments (such as offshore platforms or chemical plants), 316L is the better option.
� If welding is not required and higher mechanical strength is needed, 316 is sufficiently durable.
✅ Exceptional Corrosion Resistance – Suitable for environments with strong acids, strong alkalis, and corrosive gases (e.g., sulfides, chlorides).
✅ Electrical Insulation – Ideal for explosion-proof areas; non-conductive for enhanced safety.
✅ Lightweight – Easy to install, suitable for weight-sensitive applications.
� Strong acid and alkali environments (chemical plants, wastewater treatment plants, paper mills).
� Mining and power industries (moist environments, prevents electric shock).
� Flammable and explosive areas (non-conductive, anti-static).
❌ Applications requiring high mechanical strength (GRP has lower strength and impact resistance compared to metal).
❌ High-temperature environments (prolonged exposure to high temperatures may cause GRP aging).
316L stainless steel and GRP (Glass Reinforced Plastic) have distinct differences in application, particularly in corrosion resistance, mechanical strength, impact resistance, and electrical insulation.
|
Comparison Item |
CES-EX-LNX Fixtures (316L Stainless Steel) |
CES-EX-LNX Fixtures GRP (Glass Reinforced Plastic) |
|
Corrosion Resistance |
Excellent; resistant to salt spray, seawater, and mild acids/alkalis; suitable for marine, chemical, and food industries |
Superior; resistant to strong acids, strong alkalis, and corrosive gases such as chlorides and sulfides |
|
Mechanical Strength |
High; strong impact and deformation resistance |
Lower than metal; more brittle but still suitable for general industrial use |
|
Impact Resistance |
Excellent; ideal for high-impact and heavy-duty environments |
Lower; more susceptible to external damage |
|
High-Temperature Resistance |
Excellent; withstands high temperatures (≤870°C) |
Lower; typical temperature range -40°C to 120°C, prone to aging in high temperatures |
|
Electrical Insulation |
Conductive; requires grounding for safety |
Insulating; non-conductive, ideal for explosion-proof and high electrical safety environments |
|
Weight |
Heavy; installation requires load considerations |
Lightweight; easy installation, reduces construction costs |
|
Cost |
Higher; suitable for high-end applications |
Relatively lower; ideal for large-scale applications |
|
Environment Type |
Recommended Material |
Reason |
|
Marine, Offshore Platforms |
316L |
Resistant to seawater corrosion and salt spray |
|
Petrochemical Plants |
316L / GRP |
316L resists general chemical corrosion; GRP is suitable for highly corrosive areas |
|
Strong Acid & Alkali Environments |
GRP |
Resistant to extreme chemical corrosion, unaffected by acids and alkalis |
|
Food & Pharmaceutical Industry |
316L |
Complies with food hygiene standards, easy to clean |
|
Mines, Humid Environments |
GRP |
Insulating, moisture-resistant, and corrosion-proof |
|
Electrically Hazardous/Explosion-Proof Areas |
GRP |
Non-conductive, providing better safety |
|
High Mechanical Strength Requirements |
316L |
Suitable for high-impact and high-pressure environments |
|
Lightweight Installation Needs |
GRP |
Lightweight, easy to install, reducing construction effort |
Choose LNX EX Explosion Proof Linear Light with 316L Stainless Steel Housing → Suitable for environments requiring high mechanical strength, salt spray resistance, and high-temperature tolerance, such as offshore platforms, petrochemical plants, and the food & pharmaceutical industries.
Choose LNX EX Explosion Proof Linear Light with GRP Material → Ideal for environments with strong corrosive chemicals and where electrical insulation is required, such as chemical plants, wastewater treatment plants, the power industry, and humid mining environments.
If your primary applications are in the marine, petrochemical, or food industries, 316L Fixtures is recommended. However, if customers focus on extreme chemical corrosion or electrical safety, GRP Fixtures is the better choice.
|
Application Environment |
Recommended Material |
Reason |
|
General Industrial Plants, Warehouses |
Carbon Steel, 304 |
Cost-effective, meets general protection needs |
|
Food, Pharmaceutical, Clean Rooms |
304, 316L |
Non-polluting, easy to clean, meets industry standards |
|
Coastal, Offshore Oil Platforms |
316, 316L |
Salt spray resistant, anti-seawater corrosion |
|
Chemical Plants, Acid & Alkali Environments |
316L, GRP |
Resistant to extreme corrosion, adapts to highly chemical environments |
|
High Temperature, High Humidity Environments |
316, 316L |
High temperature resistant, corrosion resistant |
|
Mines, Electrical Safety Areas |
GRP |
Insulating, anti-static, suitable for explosion-proof zones |
Built for demanding environments, this explosion-proof LED light features a rugged Glass Reinforced Plastic (GRP) housing, offering exceptional mechanical strength and impact resistance. Its non-conductive, anti-static properties make it an ideal choice for hazardous locations prone to flammable gases and dust. Additionally, its outstanding resistance to strong acids and alkalis ensures reliable performance in chemical plants, wastewater treatment facilities, and paper mills.
Designed for use in moisture-rich and high-humidity conditions, this fixture is well-suited for power plants, and other electrical environments where insulation and protection from electric shock are critical. Meeting strict safety standards for Zone 1 & 21 hazardous areas, it provides dependable illumination with optional 90-minute or 180-minute emergency backup to maintain visibility during power failures.
With integrated smart control capabilities, this light enables centralized monitoring and cluster management, optimizing operational efficiency. Engineered for durability, safety, and longevity, it is a trusted lighting solution for corrosive, high-risk, and explosion-prone workspaces.
EX Standard :
GB/T 3836.1-2021: Explosion-proof environments – Part 1: Equipment – General requirements
GB/T 3836.3-2021: Explosion-proof environments – Part 3: Equipment protected by increased safety “e”
GB/T 3836.9-2021: Explosion-proof environments – Part 9: Equipment protected by encapsulation “m”
GB/T 3836.31-2021: Explosion-proof environments – Part 31: Equipment protected by powder-ignition proof enclosures “t”
GB 4208-2017: Degrees of protection provided by enclosures (IP Code)
Have certified CES-EX-LNX fixtures with CNEx standards for hazardous location and environments.
Ex II 2G Ex db eb mb IIC T6/T5 Gb
Ex II 2G Ex eb mb IIC T6/T5 Gb
Ex II 2D Ex tb IIIC T80°C/ T95°C Db
Versatile mounting options:
Enhanced with 2%-3% molybdenum (Mo), CES-EX-LNX Series ( 316 Stainless Steel housing) explosion-proof LED light that significantly improves resistance to chloride corrosion. Engineered to withstand salt spray, seawater exposure, and weak acid-base corrosion, it is an ideal lighting solution for high-temperature, high-humidity industrial environments such as offshore oil platforms, coastal refineries, and chemical plants.
For advanced industrial applications requiring welding, You can choose LNX fixture with 316L Stainless Steel housing — featuring a carbon content of ≤ 0.03%—prevents intergranular corrosion post-welding, ensuring structural integrity in demanding conditions. Designed for long-term exposure to harsh marine environments, it is well-suited for offshore structures, pipelines, storage tanks, and supports. Additionally, its exceptional resistance to acidic and alkaline substances makes it a reliable choice for the chemical industry, including chloride-rich conditions and the production of sulfuric and phosphoric acids.
Compliant with Zone 1 & 21 hazardous location safety standards, CES-EX-LNX lighting fixture offers 90-minute or 180-minute emergency backup to maintain illumination during power disruptions. With intelligent control capabilities, it supports centralized monitoring and cluster management, optimizing operational efficiency in critical workspaces. Built for longevity and reliability, this light excels in the most challenging industrial settings.
EX Standard :
GB/T 3836.1-2021: Explosion-proof environments – Part 1: Equipment – General requirements
GB/T 3836.3-2021: Explosion-proof environments – Part 3: Equipment protected by increased safety “e”
GB/T 3836.9-2021: Explosion-proof environments – Part 9: Equipment protected by encapsulation “m”
GB/T 3836.31-2021: Explosion-proof environments – Part 31: Equipment protected by powder-ignition proof enclosures “t”
GB 4208-2017: Degrees of protection provided by enclosures (IP Code)
Have certified CES-EX-LNX fixtures with CNEx standards for hazardous location and environments.
Ex II 2G Ex db eb mb IIC T6/T5 Gb
Ex II 2G Ex eb mb IIC T6/T5 Gb
Ex II 2D Ex tb IIIC T80°C/ T95°C Db
Versatile mounting options: