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Colored Pla Polylactic Acid Fiber Biodegradable Needle Punch

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Colored Pla Polylactic Acid Fiber Biodegradable Needle Punch

Colored Pla Polylactic Acid Fiber Biodegradable Needle Punch
Colored Pla Polylactic Acid Fiber Biodegradable Needle Punch
Colored Pla Polylactic Acid Fiber Biodegradable Needle Punch Colored Pla Polylactic Acid Fiber Biodegradable Needle Punch Colored Pla Polylactic Acid Fiber Biodegradable Needle Punch

Large Image :  Colored Pla Polylactic Acid Fiber Biodegradable Needle Punch

Product Details:
Brand Name: Azure
Model Number: 3D* 64MM/51MM
Payment & Shipping Terms:
Minimum Order Quantity: 1000kg
Packaging Details: 280kg/bag
Delivery Time: 8-10 days
Supply Ability: 5000MT/Day

Colored Pla Polylactic Acid Fiber Biodegradable Needle Punch

Description
Product Name: Polylactic Acid Fiber Size: 3D* 64MM/51MM
Materials: Polylactic Acid Fiber Usage: Paper Making
Appearance: Nature, Friendly Package: 280kg/bag
Color: White Advance: 100 Degradable, Anti-bacterial
High Light:

Colored Polylactic Acid Fiber

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Polylactic Acid Fiber 100% Degradable

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Needle Punch Polylactic Acid Fiber

Colored Biodegradable Polylactic Acid Pla Needle Punch Fiber Factory China

PLA Degradable Fiber 1.5D For Medical Nonwoven

 

1 . Descriptions:

 

Polylactic Acid is principally made through two different processes: condensation and polymerization. The most common polymerization technique is known as ring-opening polymerization. This is a process that utilizes metal catalysts in combination with lactide to create the larger PLA molecules. The condensation process is similar with the principal difference being the temperature during the procedure and the by-products (condensates) that are released as a consequence of the reaction.

 

2 . Specifications:

 

No Test Unit Data
1 Titre dtex 3
2 Tenacity at break cN/dtex 3.0
3 Elongation at break % 38.27
4 Length mm 39.2
5 Crimp number number/25mm 15
6 Defect mg/100g /
7 Over-length fiber mg/100 2
8 Oil content % 0.2
9 Dry thermal shrinkage % 5
10 Moisture % -

 

3 .What are the Disadvantages of Polylactic Acid?

 

PLA has a relatively low glass transition temperature (typically between 111 and 145 °F). This makes it fairly unsuitable for high temperature applications. Even things like a hot car in the summer could cause parts to soften and deform.

Polylactic Acid is a little bit more brittle than ABS for 3D prototyping but it has some advantages as well. For a full comparison of the two plastics as they relate to 3D printing read here.

 

4 . More pictures:

Colored Pla Polylactic Acid Fiber Biodegradable Needle Punch 0

Contact Details
CHANGSHU AZURE IMP&EXP CO.LTD

Contact Person: Jenny

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