Plant fiber

■Product characteristics

· Cellulose extracted from plants is modified through functionalization and hydrophobicity to form a nanostructured plant fiber material.

· It has excellent physical and biological properties, reinforcement, and high cost-effectiveness.

· It is suitable for blending various Biodegradable plastic to improve their mechanical strength and heat resistance, and maintain the biodegradability of materials.

· Other versatile plastics or elastomers can also be added to enhance their mechanical strength, heat resistance, disintegration, etc.

· It has excellent compatibility with plastic substrates and can be processed using general plastic mixing methods, with good processing performance.

· Composite plastics mixed with nano plant fibers are suitable for various types of injection molded products, extruded boards, or membrane bag products, as well as other disposable products.

■ Advantage

· Improve the physical properties and heat resistance of various plastics, and reduce the cost of Biodegradable plastic.

· Effectively improving the tensile strength, bending strength, thermal deformation temperature, etc. of various types of plastics, while maintaining certain impact characteristics.

· Improve the biodegradability and marine biodegradability of Biodegradable plastic.

· Avoid problems such as skin allergies, itching, and stinging caused by inorganic reinforcing materials such as glass fiber and carbon fiber during processing.

· As a natural material, the product has high safety and does not have chemical or biological toxicity.

· The material itself is biodegradable and compostable, making it an environmentally friendly material.

■ Applicable materials

· Various Biodegradable plastic, such as PLA, PBS, PBAT, PCL, PHA, etc.

· Various versatile plastics such as PE, PP, PVC, PS, ABS, etc.

· Various thermoplastic elastomers such as TPE, TPS, TPU, TPEE, TPAE, etc.

· The above various materials can also be used as concentrated masterbatches for reinforcing or decomposing masterbatches.

Note: The processing temperature used should not exceed 220 ℃.

■ Basic properties

Project	Property (numerical value)
Appearance	Compressed powder flakes
Colour	yellowish
structure	Hollow nanofibers
composition	Cellulose derivative
aSH	4 ~ 5 %
density	0.8~0.9 g/cm3
moisture content	4 ~ 6 %
softening point	150℃

■ Test results

composition	flexural modulus(Kg/cm2)	Impact Strength(Kg-cm/cm)
PLA pure material	35500	3.5
PLA+30% nanofiber	64459	3.2
PBS pure material	4162	13.7
PBS+30% nanofiber	14087	7.5
PBAT pure material	764	25.1
PBAT+30% nanofiber	8100	14.8

■ Application product examples