Indoor Fiber Optic Cable

Indoor fiber optic cable GJBFJH tight buffer with FRP

GJBFJH is an indoor cable, which is composed of multiple tight buffer optical fibers. The FRP reinforcement in the cable strengthens the tension of the cable. The surrounding is filled with aramid to further strengthen the tensile strength of the cable. There is a waterproof layer outside the aramid to protect the optical cable from water infiltration. Finally, the outer sheath is used to wrap the entire cable.It is commonly used in telecommunications, data transmission, and other high-speed communication systems.

Introduction

Indoor fiber optic cable GJBFJH tight buffer with FRP

MOQ：	4KM	Packaging:	Wooden drum
Delivery Time:	7-15 working days	Brand Name:	SOCT
Supply Ability:	5000KM/month	Model Number:	GJBFJH
Place of Origin:	Jiangsu,China	Certification:	ISO9001,ROHS,CE,FCC SDOC

Detail Information:

Fiber Count:	1-144
Fiber Type:	G657A1,G652D,OM1,OM2
Fiber Brand:	YOFC,HTGD
OEM:	Yes
Application:	Internal Installations
Strength member	FRP

Features:

Strength and protection: aramid yarn is used as the strength component of the tight buffered optical fiber, covered with a flame-retardant sheath. The central strength member provides greater tensile strength to the cable, protecting the optical fiber from bending and mechanical stress.
High performance: Provides uniform tight buffered fiber diameter, excellent peelability, and low induced attenuation throughout the entire operating temperature range.
Flame retardancy: Adopting a flame-retardant sheath design for greater safety.
Multi functional applications: suitable for data communication, connector production, installation of risers and ventilation systems, and areas where waterproofing is not a priority.
Fiber options: Provides 1-144 fiber configuration, with optional G652D, G657A single-mode fiber, and 50/125
Moisture protection: the waterproof tap can effectively prevent water or moisture from entering the cable, which is crucial because moisture can damage the optical fiber, causing signal attenuation or complete failure.

Technical parameters:

No. of cable				6	12
Fiber Model				OM3/OM4
Design(StrengthMember+Tube)				1+6	1+12
Central Strength Member		Material		FRP
		Diameter（±0.06）mm		1.0	1.0
Cushion		Material		-	LSZH
		Diameter（±0.1）mm		-	2.6
Tight buffer		Material		LSZH
		Thickness（±0.03）mm		0.32
		Diameter（±0.06）mm		0.9
Strength Member		Material		FRP
Outer Sheath		Material		LSZH
		Thickness（±0.1）mm		1.1
Cable Diameter（±0.2）mm				5.5	7.2
Cable Weight（±3）kg/km				32	52
Allowable Tensile Strength	Short Term		N	1335	1500
	Long Term			400	600
Allowable Crush Resistance	Short Term		N/100mm	1000
	Long Term			300
Min. bending radius	Without Tension			10×Cable-φ
	Under Maximum Tension			20×Cable-φ
Installation				-30~+60
Transport&Storage				-40~+70
Operation				-40~+70

Tight line Colors:

NO.	1	2	3	4	5	6
Color	Blue	Orange	Green	Brown	Gray	White
NO.	7	8	9	10	11	12
Color	Red	Black	Yellow	Violet	Pink	Aqua

Production workshop：

Quality verification：

Packaging:

FAQ:

Q1: How to choose the right optical cable?

Choosing an optical cable requires considering factors such as transmission distance, data rate, environmental conditions, and connection methods. You can provide your specific requirements, and our professional technical team will recommend the suitable optical cable products for you.

Q2: What’s the MOQ?

The MOQ of Fiber Optic cable depends on the product model and customer needs. You can consult our sales personnel for more details.

Q3: What’s delivery time?

Our delivery time is generally 7-15 working days. The specific delivery time will be determined based on the order quantity and production schedule.

Q4: Why are optical cable prices on the market so varied?

The price differences in optical cables are the result of multiple factors. When choosing optical cables, you should consider price, quality, brand, and after-sales service comprehensively to select products that meet your needs.

Q5: Is it possible to customize optical cables with special specifications?

Absolutely! We will have detailed discussions with you to understand your needs. Then, our engineers will design the optimal solution based on your requirements. We will produce samples for your testing and confirmation. Finally, we will arrange mass production according to your confirmation.