Ex Hazardous
Factory-Direct Portfolio
High-Spec ODM Waterproof Flood & Industrial Luminaires
Engineered to deliver over 120–160 lm/W luminous efficiency with resilient silicone potting, impact-grade tempered glass, and high-voltage surge suppression.
Triple-Cavity
100W + 30W Emergency Backup Explosion-Proof Lamp
High Bay/Flood
75–300W Compact Industrial Heavy Floodlight
Heavy Marine/Port
Multi-Module High Mast Flood Lamp 300W / 400W
IP66 Tri-Proof
20–50W Round Mini Flood & Ceiling Luminaire
Mining Grade
High Lumen 120 lm/W Mining Duty Flood & High Bay
Anti-Glare Optical
360° Anti-Glare Perimeter Flood & Safety Fitting
Linear Flood
Long-Strip Linear Flood & Hazardous Batten (20W–60W)
Yueqing Electrical Capital Synergy
China Industrial Manufacturing Ecosystem & Rapid ODM Scaling
Located in Beibaixiang Town, Yueqing, Zhejiang—the undisputed electrical manufacturing capital of China—our facility leverages hyper-localized raw material clusters, precision die-casting toolmakers, and certified electronics supply chains to compress development lead times by over 40%.
In-House Optical Darkroom & Photometrics
We eliminate guesswork for international engineering consultants. Every customized optical reflector and PMMA/PC lens array is measured in our in-house goniophotometer darkroom, generating native .IES and .LDT files for DIALux photometric simulations.
- Type I, II, III, IV, and V NEMA beam distributions
- Color rendering indices: Ra>70, Ra>80, Ra>90
- Verified lumen maintenance (LM-80 / TM-21 calculations)
ADC12 Die-Casting & Marine-Grade Coatings
Our heavy flood housing relies on high-pressure vacuum die-cast aluminum alloys with copper content strictly kept under 0.1% to prevent galvanic corrosion in coastal and salt-spray heavy offshore installations.
- ISO 12944 C5-M / C5-I powder coating treatment
- 1,000-hour continuous salt-fog ASTM B117 compliance
- Finite Element Analysis (FEA) thermal fin geometry
Flexible SKD & CKD Export Frameworks
To assist regional manufacturers, government tenders, and distributors in avoiding punitive customs tariffs, we deliver semi-knocked-down (SKD) kits with pre-machined housings, SMT PCB arrays, and driver compartments tailored for local assembly.
- Zero-solder connector systems for fast regional assembly
- Private label laser etching, silkscreening & tailored cartons
- Standardized batch testing protocols for overseas factories
12+
Years Engineering Excellence
2,000+ m²
Modern Assembly & Testing Plant
100%
Hi-Pot & 4-Stage Aging Regimen
50,000 hrs
L70 Rated Operational Lifespan
Global Buyer Mandates
Engineering Checklist: What Overseas EPC & Wholesalers Demand
Commercial and hazardous-location RFQs require precise technical alignment. Below is the operational framework required by international safety auditors and procurement directors.
1. Hazard Classification & T-Ratings
Procuring fixtures without validating gas ignition categories leads to catastrophic industrial risks. Floodlights must explicitly specify zone approvals:
- Zone 0 / 20: Continuous explosive hazards (Ex ia intrinsic safety).
- Zone 1 / 21: Likely flammability in normal operations (Ex db / Ex eb).
- Zone 2 / 22: Abnormal brief exposure (Ex ec / Ex tc dust ignition proof).
- Gas Group Compatibility: Propane (IIA), Ethylene (IIB), Hydrogen/Acetylene (IIC).
2. Ingress & Mechanical Integrity
Environmental failure accounts for over 65% of premature LED driver burnouts. Our ODM waterproof floodlight architectures enforce:
- IP65 Rating: Enclosed against low-pressure water jets and particulates.
- IP66 Rating: Sealed against heavy heavy seas and powerful washdowns.
- IK08–IK10 Mechanical Impact: 5J to 20J impact-resistant borosilicate glass lenses.
- Breather Valves: Integrated PTFE valves to balance internal pressure and stop condensation.
3. Power Electronics & Emergency Logic
Fluctuating grid voltages and brownouts in remote processing fields require bulletproof electrical componentry:
- Driver Architecture: Mean Well, Sosen, or Inventronics constant-current units.
- Surge Suppression: 6kV line-line, 10kV–20kV line-earth SPD protection.
- Emergency Packs: High-temperature LiFePO4 batteries with automatic 90–180 min runtime.
- Universal Voltage: AC 100–277V, AC 347–480V, or DC 12–48V mining inputs.
| Temperature Class (IEC 60079) | T1 | T2 | T3 | T4 | T5 | T6 |
|---|---|---|---|---|---|---|
| Max Permissible Surface Temp | 450 °C | 300 °C | 200 °C | 135 °C | 100 °C | 85 °C (Safest) |
| Typical Hazardous Chemistry | Methane, Hydrogen | Ethylene, Acetylene | Gasoline, Diesel | Di-ethyl ether | Carbon disulfide | Critical Fine Dust / Volatiles |
Global Compliance & Deployments
Localized Support, Regional Standards & Diverse Applications
Whether navigating UL 844 hazardous location certifications across North America, ATEX/CE directives in the European Union, or EAC standards across Eurasia, our engineering unit provides complete design-level compliance and factory validation documentation.
Marine, Docks & Port Cranes
Heavy salt-mist, persistent vibration, and direct seawater spray necessitate multi-coated IP66 luminaires fitted with anti-vibration rubber dampers and 316 stainless-steel brackets.
Petrochemical & Oil Depots
Flammable volatile organic compounds (VOCs) require flameproof enclosures (Ex d) preventing any interior electrical spark from propagating into the surrounding atmospheric zone.
Underground Mines & Tunnels
Harsh combustible methane and coal dust require rugged Group I/II luminaires, wide 120° dispersion optics, and emergency backup battery systems to ensure personnel safety.
Cold Storage & Food Processing
Condensation-resistant, non-toxic polycarbonate or tempered finishes engineered to endure -40°C deep freezing and high-pressure boiling sanitation washdowns without lens fogging.
Technology Roadmap
Next-Generation Floodlighting Innovations: 2025–2030
Industrial illumination is transitioning from passive fixtures into intelligent, communicative nodes that slash lifecycle carbon expenditures and automate preventive maintenance.
Microwave Radar & Mesh Automation
Integrating microwave Doppler sensors directly beneath IP66 sealed diffusers allows dynamic bi-level dimming (10% idle to 100% full illumination), reducing unneeded site electricity overhead by up to 70%.
DALI-2, Zigbee & LoRaWAN Smart Controls
Interoperable open protocols enable centralized SCADA monitoring of industrial lighting networks. Facilities obtain real-time metrics on junction temperature, driver operating hours, and localized lumen degradation.
Ultra-High Lumen Efficacy (>170 lm/W)
By pairing high-bin Lumileds, Cree, or Osram multi-die arrays with copper-substrate MCPCBs and nano-ceramic thermal interface pads, heat sinks run up to 15°C cooler, extending continuous service life past 100,000 hours.
In-House Verification
End-to-End Quality Management & Laboratory Testing
From initial thermal simulations in SolidWorks to precision CNC tooling and automated aging racks, every Scoden luminaire passes a rigorous 5-step reliability checkpoint prior to container loading.
01. High-Efficiency Production
Fast-track sample rapid prototyping within 7–10 days; versatile OEM adaptations including wattage tuning, optics selection, tailored branding, and drop-ship packaging.
02. Private Mould ODM & SKD
Proprietary tooling isolation, bespoke extrusion dies, and SKD assembly modules designed specifically to meet emerging market semi-manufacturing guidelines.
03. Rigorous Quality Assurance
Operating under ISO 9001 certified governance; utilizing Tier-1 drivers and LED diodes; backed by 100% high-voltage withstand (Hi-Pot) and 4-hour burn-in testing.
04. Dedicated Engineering Support
Cross-functional bilingual R&D team offering Dialux lighting calculations, explosion-proof certificate filing guidance, and project tender support from day one.
Industry Alliances
Trusted Component Supply Chain & Project Partners
Durability starts with tier-one bill-of-materials sourcing. We align directly with world-class semiconductor, optical silicone, and power conversion manufacturers.
Technical Clarity
Frequently Asked Questions: ODM Floodlight Manufacturing
Direct technical explanations addressing sourcing inquiries, qualification workflows, and customization boundaries.
What is the fundamental engineering difference between a standard waterproof floodlight and an explosion-proof floodlight?
A conventional IP65/IP66 waterproof floodlight is engineered solely to block ingress from dust, rain, and exterior water washdowns. An explosion-proof luminaire is fundamentally constructed with flameproof cavities (Ex d) or increased safety architectures (Ex e) engineered to contain any internal explosion caused by electrical sparks without igniting volatile airborne gases (such as methane, propane, or hydrogen) or flammable atmospheric dust present outside the fixture.
How does Scoden support OEM, ODM, and SKD manufacturing for international lighting brands?
We provide a complete turnkey pipeline: from custom optical reflector tooling and thermal casing die-casting (ODM), to private silk-screening, custom-branded packaging, and custom CCT/wattage configurations (OEM). Furthermore, for clients operating in nations with preferential import duties on unfinished assemblies, we provide Semi-Knocked-Down (SKD) kits containing pre-tested drivers, MCPCBs, gaskets, and housings ready for localized final assembly.
What engineering documentation and photometric files are supplied with custom quotes?
All prospective B2B orders receive comprehensive technical datasheets, certified IES/LDT photometric files generated inside our in-house goniophotometer darkroom for Dialux simulations, high-voltage Hi-Pot test certificates, salt-spray durability reports, and ISO 9001 factory qualification packs.
Can Scoden floodlights be integrated with emergency backup batteries and intelligent dimming sensors?
Yes. We offer integrated or external explosion-proof battery backup enclosures (yielding 90–180 minutes of emergency escape lighting via high-temperature lithium-iron-phosphate batteries), 1–10V / DALI-2 smart dimming modules, and integrated microwave motion/daylight harvesting sensors sealed behind impact-grade borosilicate glass diffusers.
Where is the Scoden manufacturing facility situated, and how are factory audits handled?
Our primary manufacturing operations reside on Baixiang Avenue, Beibaixiang Town, Yueqing City, Wenzhou, Zhejiang Province, China (situated within China's Electrical Capital). We warmly invite foreign engineering inspectors, project procurement teams, and third-party audit agencies (such as SGS or TÜV) to conduct on-site factory audits or arrange real-time interactive video facility walk-throughs.
How do you prevent moisture condensation inside the lens in humid tropical climates?
In harsh cyclic environments, interior heating and exterior cooling create internal vacuum conditions that draw in humid air. Scoden fixtures utilize IP68 breathable ePTFE membranes (breather valves) that allow water vapor to escape while equalizing internal and external pressures, preventing lens fogging and protecting internal LED boards.
Comprehensive Industrial Solutions
Specialized Waterproof & Hazardous Location Luminaires
Explore our extended series of heavy-duty stent lamps, panel cleanroom units, and specialized linear luminaires engineered for 24/7 continuous operation.
Cleanroom Duty
300/600/1200mm LED Cleanroom Ceiling Panel
High Bay
SCD-U1500 UFO Explosion-Proof LED High Bay
Batten Light
SCD-LT8 Integrated Commercial Stent Batten
Flanged Boom
IP65 50W Flanged-Boom Oil Depot Luminaire
120 lm/W
10–24W AC85–265V Industrial Spot & Flood
Sleeve Pole
IP66 2.5m Sleeve-Pole Triple-Cavity Floodlight
Full-PC Body
Full-Polycarbonate IP65 IK08 Tri-Proof Batten
Smart Sensor
