TECHNICAL DATA SHEET HIGH DENSITY POLYETHYLENE (HDPE) SHEATHING COMPOUND. HDP 333 UV Black (CACT Approved)

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1 HIGH DENSITY POLYETHYLENE (HDPE) SHEATHING COMPOUND HDP 333 UV Black (CACT Approved) HDP- 333 UV Black is a High-Density Polyethylene (HDPE) compound developed to be used for sheathing of Fiber Optic Cables (OFC) / PIJF & Power cables. It has been formulated with necessary additives and processing aid to achieve good extrusion. The incorporation of 2.5% of Carbon black gives the UV and light stabilization required for the compound and the cables it is used on. APPLICATIONS: HDP 333 UV is suitable for sheathing of Optic Fibre Cables (OFC) / PIJF / Power cables. SL. PARAMETERS UNIT TEST METHOD TEST VALUE No 01 DENSITY* Gm/cc BS-6234 / ASTM D MFI* Gm/10 min ASTM D 1238 < OIT Min BS 6234 / ASTM D 3895 Greater than TENSILE Kg/Sq mm ASTM D 1238 >2.00 BREAK 05 BREAK % ASTM D 1238 > ESCR - ASTM D Hours No Failure 07 Carbon Black Content % 08 Carbon Black dispersion Good Dispersion 09 DIELECTRIC CONSTANT - ASTM D 1531 / DISSIPATION FACTOR VOLUME RESISTIVITY Ohm-cm - ASTM D x RELATIVE PERMITIVITY MOISTURE CONTENT % The compound is also available in Orange / Blue / Red & Green colors also. The above test results are based on standard tests and should be used only as a guideline. The performance depends on different conditions of processing & fabrication and users are advised to establish for themselves that the material supplied meets the requirement to their satisfaction.

2 HIGH DENSITY POLYETHYLENE (HDPE) INSULATION COMPOUND GRADE - HDP 666 (CACT Approved) HDP 666 is HDPE based compound is developed to be used for insulation of JFT cables. It has been formulated with necessary additives and processing aid to achieve good extrusion, speed etc. APPLICATIONS: HDP 666 is suitable for insulation of Copper cables. PROPERTIES OF COMPOUND UNIT TEST METHOD TYPICAL VALUES Density * gm / cc BS-6234 / ASTM D to MFI gm / 10 Min ASTM D < OIT (Aluminium Pan) Minutes BS 6234 / >60 min. ASTM D 3895 ESCR No Cracks ASTM D 1693 No Cracks 48 Hours Tensile Strength Kg/Sq.mm ASTM D kg/cm 2 Elongation at Break. % ASTM D 1238 > 400 % Dissipation Factor MHz Max Volume Resistivity Ohm-cm ASTM D X Dielectric Constant ---- ASTM D 1531 / Max Brittleness Temperature Max ASTM D C Thermal Stress Cracking - ASTM D 2951 No Cracks Di-electric strength KV, DC ASTM D KV, DC / mm The above test results are based on standard test and should be used only as a guideline. The performance depends on different conditions of processing, fabrication and users are advised to establish for themselves that material supplied meet the requirement to their satisfaction.

3 LENIER LOW DENSITY POLYETHYLENE (LLDPE) COMPOUND GRADE LLP 222 (CACT Approved) LLP-222 is a black linier low-density polyethylene compound developed for sheathing of Jelly filled telephone cables. It is formulated to give excellent finish and good ESCR properties. Well-dispersed carbon black makes the product weather and ultraviolet radiation resistant. APPLICATION: LLP is suitable for sheathing of Jelly filled telecom cable. PROPERTIES OF UNIT TEST TYPICAL VALUE COMPOUND METHOD Density* Gm / cc BS-6234 / ASTM D to MFI Gm / 10 ASTM D Min OIT Minutes BS 6234 / ASTM D >30 Min Carbon Black Content % Carbon Black dispersion Good Dispersion Tensile Strength at break N/Sq. mm ASTM D Elongation at break % ASTM D Tensile Strength at yield N/Sq. mm ASTM D ESCR (50 o C, 10% Igepal) >48 Hours ASTM D No Failure. Hours Shrinkage <5% length 2% wise Dielectric strength 20 KV DC ASTM D The above test results are based on standard test and should be used only as a guideline. The performance depends on different conditions of processing fabrication and users are advised to establish for themselves that material supplied meet the requirement to their satisfaction.

4 MEDIUM DENSITY POLYETHYLENE (MDPE) COMPOUND GRADE - MDPE 777 (Sheathing) MDP is a Black Medium density Polyethylene compound developed for sheathing of Power Cables ABC Conductors & Jelly filled telephone cables. It is formulated to give excellent finish and good ESCR properties. Well-dispersed carbon black makes the product weather and ultraviolet radiation resistant. APPLICATION: MDP is suitable for sheathing of Power Cables, ABC Conductors & Jelly filled telecom cable. The compound confirms to BS 6234 Type 03C: TS2, EN & IEC 60840, Type ST3 & ST7. PROPERTIES OF UNIT TYPICAL VALUE COMPOUND TEST METHOD Density* Gm / cc BS-6234 / ASTM D to MFI Gm / 10 Min ASTM D OIT Minutes BS 6234 / ASTM D 3895 >30 Min. Carbon Black Content % Carbon Black dispersion Good Dispersion Tensile Strength at break N/Sq. mm ASTM D 1238 >18 Elongation at break % ASTM D 1238 >600 Tensile Strength at yield N/Sq. mm ASTM D 1238 >10 ESCR (50 o C, 10% Igepal) >48 Hours ASTM D Hours No Failure. Shrinkage <5% length % wise Dielectric strength 20 KV DC ASTM D The above test results are based on standard test and should be used only as a guideline. The performance depends on different conditions of processing fabrication and users are advised to establish for themselves that material supplied meet the requirement to their satisfaction.

5 HIGH DENSITY POLYETHYLENE (HDPE) SHEATHING COMPOUND HDP 333 UV Orange / Red / Blue / Green HDP- 333 UV Black is a High-Density Polyethylene (HDPE) compound developed to be used for sheathing of Fiber Optic Cables (OFC) / PIJF & Power cables. It has been formulated with necessary additives and processing aid to achieve good extrusion. The compound is incorporated with the required and necessary UV and Light stabilization additives to protect against UV degradation. APPLICATIONS: HDP 333 UV is suitable for sheathing of Optic Fibre Cables (OFC) / PIJF / Power cables. SL. PARAMETERS UNIT TEST METHOD TEST VALUE No 01 DENSITY* Gm/cc BS-6234 / ASTM D MFI* Gm/10 min ASTM D 1238 < OIT Min BS 6234 / ASTM D 3895 Greater than TENSILE Kg/Sq mm ASTM D 1238 >2.00 BREAK 05 BREAK % ASTM D 1238 > ESCR - ASTM D Hours No Failure 07 UV RESISTANCE - IEC Passes 08 DIELECTRIC CONSTANT - ASTM D 1531 / DISSIPATION FACTOR VOLUME RESISTIVITY Ohm-cm - ASTM D x RELATIVE PERMITIVITY MOISTURE CONTENT % he above test results are based on standard tests and should be used only as a guideline. The performance depends on different conditions of processing & fabrication and users are advised to establish for themselves that the material supplied meets the requirement to their satisfaction.

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