10years nice cooperation by reasonable price,stable quality and patient attitude to deal with all related work,we are not only partners but also friends with H-LIN Team.
—— Arabnia
H-LIN is professional,responsible,efficient in our business cooperation.We are very glad to work with those excellent ladies, looking forward to the long partnership with them.
—— Sarah Grant
We are very satisfied with H-LIN,they can provide fiber materials which all meets our requirements.They are doing a good job.
FTTH 4core Losse Tube Type Fiber Optic Drop Cable with two FRP Characteristics Good mechanical and enviromental characteristic Anti-UV charateristics meet the requirements of relevant standards The mechanical ... Read More
Indoor SM /MM Fiber optical Cable with customerized jacket color(GJFJV) Characteristics Good mechanical and environmental characteristics; Flame retardant characteristics meets the requirements of relevant ... Read More
4 core FTTH indoor fiber optical cable Description The optical fiber unit is positioned in the centre. Two parallel Fiber Reinforced Plastics (FRP) are placed at the two sides,then the cable is completed with a ... Read More
Outdoor FTTH Singlemode aerial drop cable with FRP Strength Member or Steel wire Member(2core FTTH) Product Description The optical fiber unit is positioned in the centre. Two parallel Fiber Reinforced Plastics ... Read More
Indoor Multi-core Break-out Tight buffered fiber optic cable 4~48core with high strength kevlar yarn member Composed of not more than 48simplex cables,each simplex with its independent strength member and ... Read More
GJYXCH 4core FTTH Drop Cable Feature The optical cable has small diameter, lightweight, low cost, low construction cost. It is suitable for mechanical splicing technology, fast, and flexible. The optical cable ... Read More
Outdoor FTTH Singlemode aerial drop cable with FRP Strength Member(2core FTTH) Product Description The optical fiber unit is positioned in the centre. Two parallel Fiber Reinforced Plastics (FRP) are placed at ... Read More