Industrial Laminate Sheets
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PAPER LAMINATES
  •  Paper Laminate sheets are made from layers of Kraft Paper impregnated with specifically formulated phenolic/melamine resins, and bonded together under heat and pressure to produce a thermoset composite.
  •  Offers enhanced mechanical, electrical, electrostatic dissipative, or fire performance.
  •  The properties and cost-effectiveness of these products often make them insulators of choice in low/high-voltage, dry-service electrical equipment.
  •  Sheets, Rods, Tubes, and Components are available in multiple sizes and thicknesses.
  •  Grades: P1, P2, P3, FR2 (X,XX,XXX,XP) (As per IS & NEMA Standards).
COTTON FIBRE LAMINATES
  •  Cotton Fiber Laminate sheets are made from layers of Cotton fabric impregnated with specifically formulated phenolic/melamine resins, and bonded together under heat and pressure to produce a thermoset composite.
  •  Offers superior mechanical and electrical properties.
  •  Sheets, Rods, Tubes, and Components are available in multiple sizes and thicknesses.
  •  Grades: F1, F2, F3, F4, F5 (C, CE, L, LE) (As per IS & NEMA Standards).
GLASS FIBRE LAMINATES
  •  Glass Fiber Laminate sheets are made from layers of Glass fabric impregnated with specifically formulated phenolic/Epoxy/Polyester resins, and bonded together under heat and pressure to produce a thermoset composite.
  •  Offers superior mechanical and excellent electrical properties.
  •  Sheets, Rods, Tubes, and Components are available in multiple sizes and thicknesses.
  •  Grades: G3, G5, G7, G10, G11, FR4 (As per IS & NEMA Standards).
Product Range:
  •  Sheet: Maximum Size of 1220 x 2440mm & Thickness from 0.5-100 mm.
  •  Rod: Maximum Size of 1000 mm with 6-250 mm OD Thickness available.
  •  Tube: Max Size 1200 mm with ID thickness of 25-350 mm available
  •  Components: As per drawings and Specifications.
TECHNICAL DATA SHEET

Glass Epoxy Sheet (EPGC/SRBG)

PROPERTIES "Grades (As per NEMA L1)" "G-10 EPGC201" "FR-4 EPGC202" "G-11 EPGC203"
MECHANICAL PROPERTIES Method Unit      
Flexural Strength IS 10192 MPa 530 550 580
Tensile Strength IS 10192 MPa 300 330 380
Shear Strength IS 10192 MPa 140 140 140
Modulus of Elasticity IS 10192 MPa 24000 24000 24000
Charpy Impact Strength IS 10192 KJ/m² 225 235 240
Izod Impact Strength IS 10192 KJ/m² 230 240 250
Compressive Strength IS 10192 MPa 405 440 470
ELECTRICAL PROPERTIES
Electrical Strength
"Parallel to Lamination (Break down voltage)" IS 10192 kV >50 >50 >50
Insulation Strength IS 10192 MQ 5x105 5x105 5x105
Permitivitty at 1 Mzh IS 10192   5.2 5.2 5.2
Dissipation Factor at 1 Mzh IS 10192   0.002 0.002 0.002
Comparative Tracking Index IS 10192 CTI 350 350 400
PHYSICAL PROPERTIES          
Density IS 10192 G/cm ³ 1.85-2.0 1.85-2.0 1.85-2.0
Water Absorption at 6 mm IS 10192 % 0.20 0.20 0.15
Temperature Index IS 10192 TI/C 155 160 180
Flammability UL 94 Category   V-0  
*The data presented here are typical average values and are not to be used for specification purpose.
** No warranty is given or implied as the material is provided as per user's suitability and preferences.
TECHNICAL DATA SHEET

Fabric Phenolic Sheet (PFCC/SRBF)

PROPERTIES "Grades (As per NEMA L1)" "F3(C) PFCC201" "F4(CE) PFCC202" "F2(L) PFCC203" "F5(LE) PFCC204"
MECHANICAL PROPERTIES Method Unit        
Flexural Strength IS 2036 MPa 120 110 120 115
Tensile Strength IS 2036 MPa 100 80 105 100
Shear Strength IS 2036 MPa 70 65 70 60
Modulus of Elasticity IS 2036 MPa 7000 7000 7000 7000
Charpy Impact Strength IS 2036 KJ/m² 15 15 15 15
ELECTRICAL PROPERTIES            
Electrical Strength            
"Parallel to Lamination (Break down voltage)" IS 2036 kV 20 22 20 22
Insulation Resistance IS 2036 MQ 70 100 80 100
Permitivitty at 1 Mhz IS 2036          
Dissipation Factor at 1 Mhz   IS 2036        
Comparative Tracking Index   CTI 150 150 150 150
PHYSICAL PROPERTIES            
Density IS 2036 G/cm ³ 1,3-1,4 1,3-1,4 1,3-1,4 1,3-1,4
Water Absorption at 6 mm IS 2036 mg 225 150 220 145
Temperature Index IS 2036 TI/C 160 160 160 160
*The data presented here are typical average values and are not to be used for specification purpose.
** No warranty is given or implied as the material is provided as per user's suitability and preferences.
TECHNICAL DATA SHEET

Paper Phenolic Sheet (PFCP/SRBP)

PROPERTIES "Grades (As per NEMA L1)" "P1(X) PFCP201" "P2(XX) PFCP202" "P3(XXX) PFCP204" "P4(XXXP) PFCP204"
MECHANICAL PROPERTIES Method Unit        
Flexural Strength IS 2036 MPa 140 125 125 110
Tensile Strength IS 2036 MPa 130 115 115 80
Shear Strength (Flatwise) IS 2036 MPa 80 70 80 90
Modulus of Elasticity IS 2036 MPa 7000 7000 7000 7000
Compressive Strength IS 2036 MPa 300 300 250 250
Impact Strength (Edgewise) IS 2036 KJ/m² 20 20 27 25
ELECTRICAL PROPERTIES            
Electrical Strength            
Flatwise (in Oil at 90oC) IS 2036 kV   40 40 40
Edgewise (in Oil at 90oC) IS 2036 MV/m 14 20 22 22
Insulation Resistance IS 2036 MQ 20 4X10³ 5X10³ 6X10³
Permitivitty at 1 Mhz IS 2036       5.2 5.2
Dissipation at 1 Mhz IS 2036       0.03 0.03
Comparative Tracking Index   CTI 150 160 175 175
PHYSICAL PROPERTIES            
Density IS 2036 G/cm ³ 1.3-1.4 1.3-1.4 1.3-1.4 1.3-1.4
Water Absorption at 6 mm IS 2036 mg 200 225 110 75
Temperature Index IS 2036 TI/C 160 160 160 160
Flammability   Category        
*The data presented here are typical average values and are not to be used for specification purpose.
** No warranty is given or implied as the material is provided as per user's suitability and preferences.
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