Connector Fiber Optic 0.9 Simplex Lc Connectores Blue Color Suit
For Adapter
LC is a small form factor connector. It’s a standard ceramic
ferrule connector, easily terminated with any adhesive.
Please note that this document is for reference purposes only and
may not fully correspond to the actual product. To ensure accuracy
and prevent any information leakage .please contact us directly for
the correct documentation.
LC Simplex Connectors
- Efficient Design: Ultra-compact SFF for space optimization.
- Versatile: Compatible with 0.9mm, 2.0mm, and 3.0mm boot
connectors.
- Applications: Suitable for single and multi-mode applications.
- Durability: Offered in two-piece or uniboot designs.
Availability
- The connector can be supplied as a pre-assembled one-piece
connector or as connector kits.
- Housing kits without ferrule are available.
- PC/ APC /UPC are available
Feature
- Low insertion loss and return loss
- Free-floating ceramic ferrule
- UL-rated plastic housing and boot
- High precision alignment
Application
- CATV, metro test equipment; FTTH;
- Telecommunication system;
- Local area networks (LANs);
Advantages
- Space-saving design for high-density deployments.
- Easy-to-use latch mechanism for secure connections.
- Widely adopted, making them compatible with most systems and
devices.
FAQ
1.What are you selling ?
We are a factory with 15years experience in high-precision mold
design and development as well as plastic product injection
.including fiber communication parts, consumer electronic products,
Medical Products, Auto parts, especially good at fiber
communication field ,like fiber topic connector kits ,fiber adaptor
2.Whats the MOQ?
MOQ is flexible based on the products type.
3.Whats the best price you can offer?
The unit price will vary according to the material you want and the
quantity you order
4.Do you support customization?
Yes ,customization is available according to your product
requirements.
5.Can I get a sample first?
Yes ,Warmly welcome
6.Can I add my own logo?
Yes.OEM and ODM are available .
