Top quality 5 years warranty DLC UL cUL certificated industrial LED high bay light fixtures

Specification:

Advantages of UL cUL DLC ul led highbay light:

1. The most powerful LED light ,replacing 1,000W MH/HPS lamps
2. Universal voltage:100-277V, 347-480V 
3. High quality CREE chips
4. Mean Well UL/cUL driver

5. Excellent heat sink with Copper heat pipe 
6. 216°rotatable mounting bracket 
7. High reflective rate of 92% 
8. E-PTFE waterproof breathable membrane
9. Suitable for both Indoor and outdoor uses
10. UL/cUL certificate (E352762) , some are DLC listed for government rebate

Features of UL cUL DLC ul led highbay light:  

1. Pressure-tight optic cover:  

        The optic cover has high transparancy, fire resistance, inoxidizability.Used with silicone gasket, it is perfectly dustproof.

2. Pure aluminium reflector(available):

        The reflector is made of pure aluminium(99.8%) which is anti-oxidation and unfading in colour, ensuring the reflection.

3.  Electrophoretic paint coating:

        Processed by electrophoretic paint, measured by 200 hours salt spray test, the entire housing has excellent corrosion resistance.

4. Hook with steel secure cord:

        High itensity and tenacity Aluminum alloy hook contributes to light weight,and safety. It can also come with steel secure cord.

5.  Optional beam angle reflectors:  

       Flake designed high-purity aluminum reflectors 60°,90°,110°  with PC cover option to meet professional light distribution, to adapt to different situations.

6.  Patented HDT technology:

      Highly efficient heatpipes contact the heat heat source firmly, maximing the performance of heatpipe and cooling effect.

7.   Compressed Fins Technology:

       Creative compressed Fins tech. rivets the heatpipe to heatsink closely, minimizing the heat resistnace, greatly improving the cooling. It is also much lighter.

8.  3-D heat dissipation:

       Professional heat dissipation structure design. Modular heatsink with perfect structure and inside airflow channels maximing the 3D  heat dissipation.