Para-Aramid Pulp / Para-Aramid Pulp / Para-Aramid Pulp
Para-Aramid Pulp / Para-Aramid Pulp / Para-Aramid Pulp
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Para-aramid pulp is high in strength, fibrillated, and chopped form of para-aramid fibers which are used as reinforcing components in order to improve material performance. It's unique surface structure enhances the adhesion of the mixture making it suitable for sealing products.
About Product
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Friction Resistance : It is suitable for friction materials such as brake pads as it is heat resistant and highly durable.
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High Temperature Stability : It possesses excellent thermal stability as it performs extremely well under high temperatures (as high as 300 degree Celsius).
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Chemical Stability : It is resistant to most chemicals, both acids and alkalis.
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High Strength : It inherits the strength of para-aramid fibers (10 times as strong as aluminum) which helps in enhancing the strength of other materials.
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Used as a Sealant : It is also used in adhesives and sealants for it's high strength and thermal stability.
Product Properties
10x
Stronger than aluminum
-200°C to 350°C
Operating Temperature Range
2x
Lighter than aluminum
On weight for weight basis*
Attributes
-
Friction Resistance : It is suitable for friction materials such as brake pads as it is heat resistant and highly durable.
-
High Temperature Stability : It possesses excellent thermal stability as it performs extremely well under high temperatures (as high as 300 degree Celsius).
-
Chemical Stability : It is resistant to most chemicals, both acids and alkalis.
-
High Strength : It inherits the strength of para-aramid fibers (10 times as strong as aluminum) which helps in enhancing the strength of other materials.
-
Used as a Sealant : It is also used in adhesives and sealants for it's high strength and thermal stability.
10x
Stronger than aluminium*
*on a weight for weight basis
On weight for weight basis*
10x
Stronger than aluminum
-200°C to 350°C
Operating Temperature Range
2x
Lighter than aluminum
Automotives
It is used in brake pads and clutch plates of automotives. It replaces asbestos, thus improving wear resistance, reducing braking noise, and shortening braking distance while maintaining thermal stability.
