shenzhen hot sales uvc smd 1w 4040 220-235nm smd led chip for ICU hospital and sterilization

OEM Factory Germicidal Equipment Smd Led 4040 Chip 1W Uvc 220Nm 235Nm

Brand Name:

LEARNEW OPTO

Part Number:

LN-SMD4040UVC-P1

VF:

10-13V

Trade Terms:

EXW,FOB,CFR,CIF

Payment Terms:

T/T,Western Union,Paypal

Production cycle:

7-12 working days standard,mass or customized order is depended.

MOQ:

5000PCS

Service:

OEM&ODM

Discount policy:

>=10000PCS

Package:

Anti-static plate,foam and bags.

Design Advantage:

1,Quartz glass package 2,High radiant flux 3,Narrow Wavelength 4,Inorganic & Nitrogen package 5,Low thermal resistance

Inquiry

Write a Review

Certification

CE,ROHS,KC,UL

OEM & ODM

YES

Product parameters

shenzhen hot sales uvc smd 1w 4040 220-235nm smd led chip for ICU hospital and sterilization 6

PART NUMBER	LN-SMD4040UVC-P1
POWER	1W
CCT	220-235nm
*OPTICAL POWER*	1-3mW
IF	100mA
VF	10-13V
WHOLE SIZE	*4.04.0MM**
LENS	QUARTZ GLASS LENS
VIEW ANGLE	120DEG
*SUBSTRATE*	ALN COPPERING
*JUNCTION TEMPERATURE*	60

Note:
A.PRICE IS WITHOUT VAT.
B.EX-WORK QUOTE BASE,SHIPPING COST IS NOT INCLUDED.
C.WARRANTY IS 3 YRS.
D.PREPAID IS REQUIRED ONCE ORDER CONFIRMED,TT BALANCE ONCE READY TO SHIPPING.
E.PRODUCTION CYCLE IS 7-10 WORK DAYS.
F.OEM & ODM IS ACCEPTABLE.

Product Details

shenzhen hot sales uvc smd 1w 4040 220-235nm smd led chip for ICU hospital and sterilization 7

DESIGN ADVANTAGE:

1,Quartz glass package

2,High radiant flux

3,Narrow Wavelength

4,Inorganic & Nitrogen package

5,Low thermal resistance

Product application

shenzhen hot sales uvc smd 1w 4040 220-235nm smd led chip for ICU hospital and sterilization 8

ICU hospitals, air purification, water purification, washing machines

Learnew's uvc led cob products are packaged in quartz glass, inorganic and nitrogen, with high radiant flux, narrow wavelength and low thermal resistance. They can destroy DNA in cells of microbial organisms (bacteria, viruses, spores, etc.) in a short time. Or the molecular structure of RNA, the cells can not be regenerated, and the bacterial virus loses its ability to self-replicate.