Kareline® PLMS6040
Kareline® PLMS composites are injection mouldable natural fibre reinforced thermoplastic composites, which are biologically degradable, when subjected to the right conditions:
The matrix plastic of Kareline® PLMS composites is polylactic acid (PLA). The fibre used is ECF bleached long fibre Nordic soft wood pulp (cellulose). The fibre content of Kareline® PLMS composites is 10-50 weight% (for example Kareline® PLMS6040, Kareline® PLMS7030). Customer tailor made grades are also available.
PLMS is hydrolysed autocatalytically in humid environments at temperatures above 60°C. The subunit lactic acid is liberated to be used by micro-organisms as food. The speed of biodegradation depends on the thickness of the moulded article and on the ambient temperature.
The material can be regarded as CO2-neutral and renewable, because lactic acid used is made out of natural sugar resources, which are in turn made by photosynthesis out of CO2 in plants, just like the fibres used are from renewable forest resources.
Kareline® PLMS composites are suitable for e.g. compostable products, products used in cemeteries, disposables and packaging.
- Excellent oxidation-, colour- and molecular weight stability in the melt
- Compostable: The matrix polymer (PLA) used in the composite is certified according to DIN EN 13432:2000-12 and ASTM D 6400. Natural fibres used certified as biodegradable and compostable.
- Polymer used is on renewable monomers
- Fibres used are based on sustainable produced, renewable, environment certified (PEFC) forest resources from non-rainforest sources.
The matrix plastic of Kareline® PLMS composites is polylactic acid (PLA). The fibre used is ECF bleached long fibre Nordic soft wood pulp (cellulose). The fibre content of Kareline® PLMS composites is 10-50 weight% (for example Kareline® PLMS6040, Kareline® PLMS7030). Customer tailor made grades are also available.
PLMS is hydrolysed autocatalytically in humid environments at temperatures above 60°C. The subunit lactic acid is liberated to be used by micro-organisms as food. The speed of biodegradation depends on the thickness of the moulded article and on the ambient temperature.
The material can be regarded as CO2-neutral and renewable, because lactic acid used is made out of natural sugar resources, which are in turn made by photosynthesis out of CO2 in plants, just like the fibres used are from renewable forest resources.
Kareline® PLMS composites are suitable for e.g. compostable products, products used in cemeteries, disposables and packaging.
一般属性
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物料形态
已商用：当前有效
文档
description
Technical Datasheet (English)
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用途
包装
加工方式
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其他属性
Filler / Reinforcement, Features, Agency Ratings, Appearance, Forms, Density, Melt Mass-Flow Rate (MFR), Melt Volume-Flow Rate (MVR), Molding Shrinkage, Water Absorption 23C/50RH, Tensile Stress, Tensile Strain at Break, Flexural Modulus, Flexural Stress, Charpy Notched Impact Strength, Rockwell Hardness, Continuous Use Temperature, Flame Rating, Additional Properties, Drying Temperature, Drying Time, Rear Temperature, Middle Temperature, Front Temperature, Nozzle Temperature, Processing (Melt) Temp, Mold Temperature, Injection Pressure, Injection Notes
加工
Find specific processing information for Kareline® Natural Fiber Reinforced Thermoplastic as well as general information for the Polylactic Acid generic family. 注册 或 登录 了解更多信息。
