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Copper Clad Laminate

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Product Definition:

SAM Composites India Pvt. Ltd. is specialized in manufacturing of high-grade copper cladding laminate, such as FR4 which Halogen-free, lead-free as well as high CTl and TG. Our FR4 Copper Clad Laminates are a fire rated Electrical Grade, dielectric fiberglass material created under high pressure with electro deposited HTE (high temperature elongated) Copper Laminated onto the FR4 substrate. It is commonly used for PCBs. The products are widely used in the fields of computer, communications facilities, medical equipment, household appliances, aerospace, automotive electronics, new energy, etc.

Our sales network covers all major domestic and overseas markets.

Our extensive experience in both manufacturing and R & D has enabled us to consistently deliver exceptional quality and innovative solutions to meet the diverse needs of our clients. FR-4 Copper Clad Laminate is a versatile and high-performance material known for its exceptional electrical, mechanical, and thermal properties. We specialize in producing a wide range of grades, offering options (Halogen- free, lead-free, high CTl, high TG (glass transition temperature).

Additionally, our product portfolio includes FR-4 Copper Clad Laminates with a Comparative Tracking Index (CTI) of 1600, demonstrating superior electrical insulation and reliability.

Applications

It serves as the backbone for printed circuit boards (PCBs) in electronics and electrical equipment, providing excellent dimensional stability, heat resistance, and electrical insulation.

In the automotive sector, our FR-4 Copper Clad Laminate contributes to the production of reliable and high-performance PCBs for engine control units, infotainment systems, and advanced driver-assistance systems.

In the aerospace industry, it enables the creation of lightweight yet durable PCBs for avionics, communication systems, and flight control systems.

From consumer electronics such as smartphones, tablets, and laptops to industrial equipment, automotive components, and aerospace technology, FR-4 Copper Clad Laminate forms an integral part of countless electronic devices and systems.

Moreover, in the realm of renewable energy, our product supports the development of efficient and stable PCBs for solar panels, wind turbines, and energy storage systems.

Types Of Copper Clad Fr4

TYPES GRADES CHARACTERISTICS
CCL FR-4 Tufflam135 1. TG 130 ± 5C (DSC)
2. Process Type: Traditional FR-4 PCB processing.
3. Colour: Natural Color
TUFFLAM140 TG 130 ± 5C (DSC)
Process Type: Traditional FR-4 PCB processing.
Property: UV blocking and A.O.1. property.
CCL FR-4 (Lead Free) TUFFLAM140LF TG ≥ 135C (DSC)
Compatibility: Suitable for lead-free process
Property: UV blocking and A.O.1 property
Thermal Compatibility: Excellent thermal reliability
Lower Z-axis CTE
TUFFLAM150 TG 150C (DSC)
Compatibility: Suitable for lead-free process
Property: UV blocking and A.O.1 property
Thermal Compatibility: Excellent thermal reliability
Lower Z-axis CTE
CCL FR-4 (High CT) TUFFLAM1600 Resistance: Excellent tracking resistance CTI≥600
Property: UV blocking
Processability: Good PCB processability

Detailed Specs

CHARACTERISTICS CONDITIONING UNIT VALUES SPECIFICATIONS
Glass Transition Temperature DSC C 133 130±5
Volume Resistivity C-96/35/90 MΩ-cm 4.3 x 108 ≥1.0 x 106
Surface Resistivity C-96/35/90 5.1 x 107 ≥1.0 x 104
Permittivity (Rc40%) 1MHz C-24/23/50 - 4.6 ≤5.4
Loss Tangent (RC40%) 1MHz C-24/23/50 - 0.018 ≤0.035
Arc Resistance D-48/50 +D -0.5/23 Sec 120 ≥60
Dielectric Breakdown D-48/50 KV 60 ≥40
Water Absorption D-24/23 % 0.1 ≤0.8
Flammability C-24/23/50+E-24/125 - 94 V-0 94 V-0
Peel Strength (1oz Cu. Foil) A N/mm 1.88 ≥1.05
Thermal Stress Solder dip - PASS 10sec/288C
Flexural Strength LW A N/mm2 580 ≥415
CW A N/mm2 470 ≥345
Dimensional Stability X-Y Axis E-2/150 ppm 200 ≤300
CTE before TG TMA ppm/C 58 -
Z-Axis after TG TMA ppm/C 290 -
50-260C TMA % 4.4 -
T260 TMA Min 13 -
T288 TMA Min 1 -
CTI IEC60112 V 200 175~250 (Grade 3)
THICKNESS COPPER CLADDING SIZE SIZE THICKNESS
TOLERANCE
in mm in Inch OZ(μm) in mm in Inch
0.1 to 3.2 0.004 to 0.125 1/3(12) 0.5(17) 1040 X 1240 &
2080 x 1240
41" X 49” & 82" x 49" IPC-4101D Class C/M
1.0(35) 2.0(70)
3.0(103)

TUFFLAM140: UV RESISTANT

Characteristic Conditioning Unit Typical Values SPEC
Glass Transition Temperature DSC C 140 130±5
Volume Resistivity C-96/35/90 MΩ-cm 4.9 x 108 ≥1.0 x 106
Surface Resistivity C-96/35/90 4.6 x 107 ≥1.0 x 104
Permittivity (Rc40%) 1MHz C-24/23/50 - 4.5 ≤5.4
Loss Tangent (RC40%) 1MHz C-24/23/50 - 0.016 ≤0.035
Arc Resistance D-48/50 +D -0.5/23 Sec 120 ≥60
Dielectric Breakdown D-48/50 KV 60 ≥40
Water Absorption D-24/23 % 0.1 ≤0.8
Flammability C-24/23/50+E-24/125 - 94 V-0 94 V-0
Peel Strength (1oz Cu. Foil) A N/mm 1.85 ≥1.05
Thermal Stress Solder dip - PASS 10sec/288C
Flexural Strength LW A N/mm2 550 ≥415
CW A N/mm2 480 ≥345
Dimensional Stability X-Y Axis E-2/150 ppm 200 ≤300
CTE before TG TMA ppm/C 55 -
Z-axis after TG TMA ppm/C 280 -
50-260C TMA % 4.3 -
T260 TMA Min 15 -
T288 TMA Min 2 -
CTI IEC60112 V 200 175~250 (Grade 3)
THICKNESS COPPER CLADDING SIZE SIZE THICKNESS
TOLERANCE
in mm in Inch OZ(μm) in mm in Inch
0.1 to 3.2 0.004 to 0.125 1/3(12) 0.5(17) 1040 X 1240 &
2080 x 1240
41" X 49” & 82" x 49" IPC-4101D Class C/M
1.0(35) 2.0(70)
3.0(103)

TUFFLAM 150 MID TG & LOW CTE

Characteristic Conditioning Unit Typical Values SPEC
Glass Transition Temperature DSC C 155 ≥150
Volume Resistivity C-96/35/90 MΩ-cm 4.3 x 108 ≥1.0 x 106
Surface Resistivity C-96/35/90 5.0 x 107 ≥1.0 x 104
Permittivity (Rc40%) 1MHz C-24/23/50 - 4.6 ≤5.4
Loss Tangent (RC40%) 1MHz C-24/23/50 - 0.016 ≤0.035
Arc Resistance D-48/50 +D -0.5/23 Sec 120 ≥60
Dielectric Breakdown D-48/50 KV 60 ≥40
Water Absorption D-24/23 % 0.1 ≤0.8
Flammability C-24/23/50+E-24/125 - 94 V-0 94 V-0
Peel Strength (1oz Cu. Foil) A N/mm 1.75 ≥1.05
Thermal Stress Solder dip - PASS 10sec/288C
Flexural Strength LW A N/mm2 550 ≥415
CW A N/mm2 450 ≥345
Dimensional Stability X-Y Axis E-2/150 ppm 200 ≤300
CTE before TG TMA ppm/C 50 ≤60
Z-axis after TG TMA ppm/C 245 ≤300
50-260C TMA % 3 ≤3.5
TD TGA (5%WtLoss,10C/Min) C 340 ≥325
T260 TMA Min 50 ≥30
T288 TMA Min 10 ≥5
CTI IEC60112 V 200 175~250 (Grade 3)
THICKNESS COPPER CLADDING SIZE SIZE THICKNESS
TOLERANCE
in mm in Inch OZ(μm) in mm in Inch
0.1 to 3.2 0.004 to 0.125 1/3(12) 0.5(17) 1040 X 1240 &
2080 x 1240
41" X 49” & 82" x 49" IPC-4101D Class C/M
1.0(35) 2.0(70)
3.0(103)

TUFFLAM 1600: HIGH CTI

Characteristic Conditioning Unit Typical Values SPEC
Glass Transition Temperature DSC C 155 130±5
Volume Resistivity C-96/35/90 MΩ-cm 3.6 x 108 ≥1.0 x 106
Surface Resistivity C-96/35/90 4.5 x 107 ≥1.0 x 104
Permittivity (Rc40%) 1MHz C-24/23/50 - 4.6 ≤5.4
Loss Tangent (RC40%) 1MHz C-24/23/50 - 0.016 ≤0.035
Arc Resistance D-48/50 +D -0.5/23 Sec 120 ≥60
Dielectric Breakdown D-48/50 KV 60 ≥40
Water Absorption D-24/23 % 0.1 ≤0.8
Flammability C-24/23/50+E-24/125 - 94 V-0 94 V-0
Peel Strength (1oz Cu. Foil) A N/mm 1.65 ≥1.05
Thermal Stress Solder dip - PASS 10sec/288C
Flexural Strength LW A N/mm2 530 ≥415
CW A N/mm2 460 ≥345
CTI IEC60112 V 600 ≥600(Grade 0)
THICKNESS COPPER CLADDING SIZE SIZE THICKNESS
TOLERANCE
in mm in Inch OZ(μm) in mm in Inch
0.1 to 3.2 0.004 to 0.125 1/3(12) 0.5(17) 1040 X 1240 &
2080 x 1240
41" X 49” & 82" x 49" IPC-4101D Class C/M
1.0(35) 2.0(70)
3.0(103)
Datasheet
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