Product Description
PLA takes annually renewable resources-corn, cassava and other plants as raw material. After fermentation by microorganisms, lactic acid will be extracted, then PLA will be produced through a process of refining, dehydration polymerization, high temperature pyrolysis and final polymerization. PLA has excellent biodegradable property. After disposal, within one year, it can be degraded into carbon dioxide and water by microorganisms in the soil, and do no harm to our environment. PLA is a kind of aliphatic polyester with basic characteristics of general micro molecule materials. PLA has good mechanical properties, low shrinkage, and is competent to the application of most synthetic plastics, also it's widely used in the production ot package materials, disposable tableware, household electrical appliance shelf, fiber, 3D supplies etc. Because PLA derives from renewable plant resources but not the petroleum-based traditional plastics, so it can be truely realize energy-saving and environmental protection, and PLA is considered to be the most promising new "ecological materiar"
Eco-Friendly Performance in Gas ApplicationsOur PLA corn fiber is derived from renewable resources and is engineered for high-strength use in gas industry settings. With anti-UV protection and customizable lengths, these raw fibers maintain integrity in exposed environments, ensuring optimal function over time.
Versatile Fineness and Lengths to Suit Every NeedAvailable in specifications of 1.3, 1.4, or 1.5 fineness and 3, 6, or 12 millimeter lengths, our PLA fiber can be adapted for a wide range of technical applications, offering flexibility for manufacturers, exporters, and suppliers seeking bespoke solutions.
FAQs of 12MM PLA CORN FIBER FOR GAS INDUSTRY:
Q: How is the 12MM PLA Corn Fiber typically used in the gas industry?
A: The 12MM PLA Corn Fiber is primarily utilized as reinforcement or filtration material in gas industry equipment and components, where its strength, elongation, and anti-UV features add durability and stability to products exposed to harsh environments.
Q: What makes PLA corn fiber a beneficial choice over conventional fibers?
A: PLA corn fiber stands out due to its eco-friendly origin, being derived from renewable corn sources. Its 45% elongation, anti-UV protection, and multiple fineness options enhance mechanical performance while supporting sustainability goals.
Q: When should manufacturers choose different fiber fineness or length?
A: Manufacturers select the fineness and length of the fiber based on specific technical needs. Finer fibers (1.3/1.4) are ideal for applications requiring high filtration or smooth surfaces, whereas longer fibers (up to 12mm) offer enhanced strength and integrity in the final product.
Q: Where is this PLA corn fiber sourced and produced?
A: This PLA corn fiber is produced and exported from China by leading manufacturers, ensuring international quality standards and consistent supply for global gas industry applications.
Q: What is the process for incorporating PLA corn fiber into industrial products?
A: The fibers are generally integrated during the production phase, either blended into composites, layered within filtration systems, or used as reinforcement, depending on the targeted application in the gas industry.
Q: How does the anti-UV feature benefit the fiber in industrial applications?
A: The anti-UV property allows the fiber to maintain its structural integrity and performance even when exposed to sunlight or other sources of ultraviolet radiation, which is especially beneficial in outdoor or high-exposure environments.