

PA 11
Produced from renewable sources (castor oil) Polyamide 11 exhibits optimal mechanical characteristics, with Elastic Moduli that can vary from 1200MPa to 200MPa; particular attention should be given to its optimal impact resistance at low temperatures, even in absence of the addition of elastomers. It exhibits optimal chemical resistance, which along with its exceptional intrinsic flexibility, its low permeability to gas and hydrocarbons, and its dimensional stability, render it an optimal candidate for all applications in aggressive environments. The high ratio between -CH2- groups and -CONH- groups lends this polyamide the property of low water absorption and the resulting dimensional stability. The innumerable types of polyamide 11 in commerce allow for various applications from industry to the extrusion of prophylactics, thermoforming, injection molding, etc.
COMMON NAME
Polyamide 11
MORPHOLOGY
Semi-crystalline Polymer
SYNTHESIS
Polymer derived from the reaction of the condensation polymerization of the 11-aminoundecanoic acid.
STRUCTURE
PROPERTIES
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Dimensional stability
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Excellent chemical resistance
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Resistance to atmospheric conditions
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Resistance to hydrolysis
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Resistance to UV rays
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Adjustable mechanical properties according to the applications
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Low coefficients of friction and wear
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Optimal barrier characteristics
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Optimal colorability
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Cold impact resistance