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| QUALITY POLICY... |
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We strictly follow the concept of Total quality management and have been awarded ISO 9001-2000 certification for our quality system.
Our products are put through IMI, in-process and final strenuous testing procedures in our testing lab well equipped with latest testing equipment. |
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2. P.V.C. Compound/ Polyethylene/Polymers
Tests are conducted on PVC Compound/Polyethylene/Polymers are as per relevant Specification. Those tests are also conducted. Sample of every consignment is first run on Trial basis and following tests are conducted: -
i) Insulation Resistance: With Mega Ohms Meter.
ii) Elongation: With Tensile Testing Machine.
iii) Tensile Strength: With Tensile Testing Machine.
iv) Spark Testing: With on line spark testers.
v) High Voltage Test: With High Voltage Tester.
vi) Thermal Stability Test: With Oven & PH Paper.
vii) Oxygen & Temperature Index: With Oxygen Test Apparatus.
[For FRLS PVC/FRHF Compound]
viii) Smoke Density Test: With smoke Density Test Apparatus.
[For FRLS PVC/FRHF Compound]
ix) HCL Gas Generation Test: With HCL Gas Emission Test Apparatus.
[For FRLS PVC/FRHF Compound]
x) Swedish Chimney Test: With Swedish Chimney Test Apparatus.
[For FRLS PVC/FRHF Compound] |
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1. Bunching/Stranding/Shapping Of Conductor
i) Dia & No. of Strands.: On Sample Basis.
ii) Conductor Resistance: Sampling basis.
iii) Direction & Lay Length: Sampling Basis.
iv) Dimension over Conductor: Sampling basis. |
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2. Insulation Extrusion
i) On Line Spark Testers: 100% Performed by Spark Testers on each Extruder.
ii) Dimension & Centering: On line, by sampling basis.
iii) Insulation Resistance: Sampling Basis.
iv) High Voltage: Sampling Basis.
v) Tensile Strength of PVC Comp: Sampling Basis Performed as described before.
vi) Conductor Dimension: Sampling Basis. & Resistance.
vii) Shrinkage: Sampling Basis. |
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3. Twisting & Laying Of Cores
i) Visual Examination for: 100% Color Sequence
ii) Direction & lay Length: 100% with Visual and Vernier Calipers
iii) High Voltage Test: 100% performed with High Voltage Test.
iv) Conductor Resistance: 100% on digital Resistance Meter.
v) Size of Conductor: 100% By Micrometer.
vi) Dia. Over Laid Up Cores: 100% by Vernier Calipers. |
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4. Inner Sheath
i) Thickness & Measurement: 100% with help of Vernier Calipers.
ii) Surface Conditions of Inner: Visual Examination. Sheath |
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5. Armouring
i) Direction of Lay: Visual Examination.
ii) No. of Wires/Strip: On line, by counting.
iii) Diameter of Wire/Width: By Micrometer. & Thickness of Strip
iv) High Voltage: 100% by High Voltage Tester.
v) Dia. Over Armouring : By Vernier Calipers. |
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6. Sheathing
i) Continuity of each core before Sheathing : 100% by Continuity Tester
ii) Diameter Over Sheathing : By Vernier Calipers.
iii) Thickness of Insulation: By Vernier Calipers.
iii) Eccentricity: By Vernier Calipers.
iv) Surface Finish: Visual Examination.
v) Printing/Embossing : Visual Examination. |
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