TL3000&TL3001
TALFRI
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TL3000 is a Non Asbestos Woven Laminated Sheet with exceedingly high hardness and strength. The material is woven from kevlar, glass fiber and other synthetic fabric yarns containing brass wire. After being impregnated with special resin and pressed into rigid flat sheet, the material shows outstandingly good resistance to wear and compression and excellent stability.TL3000 can be processed into gear teeth facing due to its high hardness and strength.
TL3000 is a heavy duty material extensively used in oil drilling and wind power industry. It can be installed in industrial brake and clutch system,PTO,power transmission system and electric magnetic brake engine.
It can be used by CNC to different shapes to be applied in forging press machine, construction machine, clutch etc.

Size:
Length x Width: 1000mm x 1000mm (40 inches x 40 inches)
Thickness:3.2mm—60mm ( 1/8inch – 2.36 inch)
We have the ability to produce special shape parts by mould or machining. Pls do not hesitate to contact us.
Frictional Properties:
Normal 0.47
Hot 0.45
Static @200°F 0.47
Static @400°F 0.48
Mechanical properties:
Tensile Strength 4300psi
Compression Strength 20300psi
Direct Shear Strength 4700psi
Recommended Operating Range:
Max. Pressure, psi 800
Max. Rubbing Speed, ft/min 5000
Max. Intermittent Temperature 600°F (315°C)
Max. Continuous Temperature 550°F (287°C)
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TL3000 is a Non Asbestos Woven Laminated Sheet with exceedingly high hardness and strength. The material is woven from kevlar, glass fiber and other synthetic fabric yarns containing brass wire. After being impregnated with special resin and pressed into rigid flat sheet, the material shows outstandingly good resistance to wear and compression and excellent stability.TL3000 can be processed into gear teeth facing due to its high hardness and strength.
TL3000 is a heavy duty material extensively used in oil drilling and wind power industry. It can be installed in industrial brake and clutch system,PTO,power transmission system and electric magnetic brake engine.
It can be used by CNC to different shapes to be applied in forging press machine, construction machine, clutch etc.

Size:
Length x Width: 1000mm x 1000mm (40 inches x 40 inches)
Thickness:3.2mm—60mm ( 1/8inch – 2.36 inch)
We have the ability to produce special shape parts by mould or machining. Pls do not hesitate to contact us.
Frictional Properties:
Normal 0.47
Hot 0.45
Static @200°F 0.47
Static @400°F 0.48
Mechanical properties:
Tensile Strength 4300psi
Compression Strength 20300psi
Direct Shear Strength 4700psi
Recommended Operating Range:
Max. Pressure, psi 800
Max. Rubbing Speed, ft/min 5000
Max. Intermittent Temperature 600°F (315°C)
Max. Continuous Temperature 550°F (287°C)
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Designed to meet the real-world demands of industrial machinery, these brake pads focus on performance stability rather than short-term friction gains.
Free from asbestos, supporting safer handling and regulatory compliance.
Balanced composite structure provides consistent friction coefficients.
Reduced environmental and health impact compared to legacy materials.
Can be machined to precise dimensions without cracking or delamination.
Ideal for custom clutch designs and replacement parts.
Maintains structural integrity after machining.
Withstands repeated engagement cycles without rapid degradation.
Maintains friction performance across fluctuating operating temperatures.
Minimizes risk of glazing or thermal fade.
Reduces operational noise and vibration.
Enhances overall system comfort and mechanical harmony.
Protects mating surfaces from abnormal wear.
Engineered for dynamic industrial conditions
Machinable for precision fit and customization
Stable friction and predictable wear
Reduced noise, vibration, and system stress
Designed for long service life
This is a friction solution built for engineers who value control, consistency, and durability.
Q1: Is this material suitable for high-cycle industrial use?
Yes. It is designed for repeated dynamic engagement under industrial operating conditions.
Q2: How does non-asbestos material compare to traditional asbestos pads?
Non-asbestos materials offer safer handling, improved environmental compliance, and more stable friction characteristics.
Q3: Can this product be customized for specific equipment?
Yes. The pads can be machined to meet specific size and shape requirements.
Designed to meet the real-world demands of industrial machinery, these brake pads focus on performance stability rather than short-term friction gains.
Free from asbestos, supporting safer handling and regulatory compliance.
Balanced composite structure provides consistent friction coefficients.
Reduced environmental and health impact compared to legacy materials.
Can be machined to precise dimensions without cracking or delamination.
Ideal for custom clutch designs and replacement parts.
Maintains structural integrity after machining.
Withstands repeated engagement cycles without rapid degradation.
Maintains friction performance across fluctuating operating temperatures.
Minimizes risk of glazing or thermal fade.
Reduces operational noise and vibration.
Enhances overall system comfort and mechanical harmony.
Protects mating surfaces from abnormal wear.
Engineered for dynamic industrial conditions
Machinable for precision fit and customization
Stable friction and predictable wear
Reduced noise, vibration, and system stress
Designed for long service life
This is a friction solution built for engineers who value control, consistency, and durability.
Q1: Is this material suitable for high-cycle industrial use?
Yes. It is designed for repeated dynamic engagement under industrial operating conditions.
Q2: How does non-asbestos material compare to traditional asbestos pads?
Non-asbestos materials offer safer handling, improved environmental compliance, and more stable friction characteristics.
Q3: Can this product be customized for specific equipment?
Yes. The pads can be machined to meet specific size and shape requirements.