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Thixotropic Gel for Telecommunication Cables

Supplier : Indore Composite P. Ltd.

Key Features of Thixotropic Gel for Telecommunication Cables
  • The chemical properties of the Info-gel K 550 compound remain stable for a very long period if kept in temperature ranges between -50 ° C up to +85 ° C; short exposures to temperatures up to 300 ° C will not affect them.
  • Cables manufactured with Info-gel K 550 will show an excellent balance of properties and will pass both attenuation test at low temperature and oil separation and drip test at high temperature.
  • The compound does not affect thoroughly dried or cured inks generally used for optical fibre coating.
  • No impairment of splicing techniques.
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Product Profile of Thixotropic Gel for Telecommunication Cables
Thixotropic Gel for Telecommunication Cables is suitable for filling and flooding all the common types of optical fibre cables such as loose tube, slotted core, ribbon etc. The Gel does not affect thoroughly dried or cured inks generally used for optical fibre coating. Thixotropic Gel for Telecommunication Cables is manufactured by Indore Composite P. Ltd. which is an ISO 9001: 2000 authorised company.

Indore Composite P. Ltd. supplies a wide range of cable materials like FRP rods, yarns, tapes, etc. and engineering plastics like long fibre thermoplastic compounds and solutions based on various resins, such as PP, nylon, PBT, TPU, PPS, PC/ABS, etc. Thixotropic Gel for Telecommunication Cables of brand name Info-gel K550 remains stable for a very long period if kept in temperature ranges between -50 ° C up to +85 ° C.

Key Features of Thixotropic Gel for Telecommunication Cables
  • The chemical properties of the Info-gel K 550 compound remain stable for a very long period if kept in temperature ranges between -50 ° C up to +85 ° C; short exposures to temperatures up to 300 ° C will not affect them.
  • Cables manufactured with Info-gel K 550 will show an excellent balance of properties and will pass both attenuation test at low temperature and oil separation and drip test at high temperature.
  • The compound does not affect thoroughly dried or cured inks generally used for optical fibre coating.
  • No impairment of splicing techniques.
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