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Cold Application Type LT-400 Optical Fiber Filling Gel

  • Product model:Type LT-400
  • Product Features:Silicic optical fiber filling gel, high temperature resistance, excellent high-and-low temperature performance, excellent thixotropic property, excellent pump transport property
  • Applications:Apply to filling in the optical fiber (bundle) or optical fiber loose casing or skeleton groove, to prevent water into cable vertically infiltrating, to provide good functions of waterproof, moisture proof, buffering to optical fiber.
  • Technical Requirements:

Product Introduction

Production introduction:Type LT-400 optical cable adopts high viscosity GTL process oil and high molecular synthetic material as main base materials. They are combined to be silicic optical fiber filling gel by advanced production technique whose features are high temperature resistance, excellent high-and-low temperature performance; excellent thixotropic property and excellent pump lose property. According to various requirements of clients, the technical index of viscosity, penetration, thixotropic and etc. could be adjust in order to satisfy requirements of filling technique.

Technical parameters:

Cold application type LT-410 optical fiber filling gel Technical Specification

1、general technical requirements

Filling gel is needed to be homogeneous, hydrogen absorption, and does not include any dust, metal particles, and other impurities. It should be no sight visible air bubbles, and the mold should be no nutrition. Filling gel should be non-toxic, no stimulation to the skin.

2、main technical parameters

Serial

Number

Items

Unit

Index

Experimental

method

1

appearance

Homogeneous,

no impurities

Visual inspection

2

Dropping point

200

YDT839.1- 3.4.1

3

density20℃)

gcm2

0.85±0.03

YDT839.1- 3.15

4

Cone penetration  25

40

110mm

110mm

420±30

230

YDT839.1- 3.4.2

5

Color stability130℃、120h

2.5

YDT839.1- 3.3.1

6

Oxidation induction time

190℃)

min

30

YDT839.1- 3.3.2

7

Flashing point

200

YDT839.1- 3.4.3

8

Hydrogen evolution

80℃、24h

μlg

0.03

YDT839.1- Appendix G

9

Oil perspiring80℃、24h

%

0.5

YDT839.1- Appendix A

10

Evaporation capacity

80℃、24h

%

0.5

YDT839.1- Appendix A

11

Water resistance20℃、7d

Non-disassembly

YDT839.1- 3.8

12

Acid value

mgK0Hg

0.3

YDT839.1- 3.2

13

Water content

%

0.01

YDT839.1- 3.9

14

viscosity25℃、D=50S-1

mpa.s

5000±1000

YDT839.1- 3.4.4

15

compatibility

Awith optical fiber, optical

fiber coating materials

85℃、30×24h

Bwith pine casing

material85℃、30×24h

variation in tensile strength

elongation at break

mass variation

CComposite metal band

68℃、7×24h

Steel-plastic composite

 tapeAluminum plastic

compound tape

%

%

%

No color fading,

No migration,

no delamination, no cracking

Maximum release force

 1.0N8.9N

Average value  1.0N5.0N

no delamination

no cracking

25

30

3

no delamination

no cracking

YDT839.1-

Appendix D

YDT839.1-

Appendix F

YDT839.1- Appendix E

YDT839.1- Appendix E

YDT839.1- Appendix E

YDT839.1- Appendix E

YDT839.1-3.7-C

16

corrosive80℃、14×24h

with copper, aluminum, steel

No corrosion points

YDT839.1-3.5

3、environmental performance requirements

Type

matter

Prohibitive contentmg/kg

Heavy metal

plumbic

1000

cadmium

100

mercury

1000

Hexavalent chromium

1000

Organic Bromide

Polybrominated biphenylsPBB

1000

Polybrominated diphenyl ethersPBDE

1000