305D Injection grade
Injection molding grade -305D resin from lactic acid processing, with good biocompatibility and biodegradability, for the human body is absolutely harmless. And has a similar permeability to the polyester and polystyrene gloss, clarity and processability. For injection molding processing disposable packaging containers, tableware, stationery series, transparent food packaging materials.
306D Extrusion grade
Extrusion grade 306D resin derived from D-type lactic acid processing, with good flow properties and biodegradability, suitable for the production of extrusion products, such as transparent food blister packaging materials. 3D printing supplies, 3D monofilament raw materials production.
6202F Film grader
Film grade 6202F is made from LD lactic acid, has high transparency and biodegradability, similar to the anti-permeability of polyester and BOPP material with the same tensile strength, clarity. 6202F can be completed in the ordinary blow molding equipment, film processing, suitable for use in food packaging materials, high-grade clothing packaging materials and coating products.
5200D CPLA grader
5200D heat-resistant resin is made of D-type lactic acid, with heat resistance, softening resistance, high impact strength and other characteristics, and to maintain its unique biodegradability, injection molding of PLA products can be 110 ° C normal use , 5200D material to solve the polylactic acid products ocean transport and high temperature thermal deformation defects. 5200D heat-resistant grade resin for a variety of injection molding products, especially for high temperature state of PLA products.
Biopla 3D Print Filament
Biopla™ 3D printing material is one of the most commonly used 3D printing materials, but also many 3D printer manufacturers "default" recommended materials, Biopla™ in a wide range of 3D material applications with no smell and low warping advantages, and no preheating The Biopla™ PLA filament is one of the low-carbon environmentally friendly 3D printer materials, which is made from annual renewable resources (glucose lactic acid) and is more in line with the green industry than traditional (petroleum) plastics.
PLA fibers are made of PLA (polylactic acid), PLA fiber products look and feel like ordinary fiber, but they are 100% biodegradable and compostable. The use of PLA fiber can protect environmental sustainability. It is well known that ordinary plastic fibers are made from petroleum-based polymer materials. However, PLA fiber is derived from "corn" a renewable crop resource that can be biodegraded by 100% after composting.
Polystyrene film has the best tensile strength and ductility, 6202F can be produced in accordance with a variety of common processing methods, such as: melt extrusion molding, injection molding, blown film molding, foam molding and vacuum forming, and is widely used Of the polymer has similar molding conditions, in addition it also has the same printing performance with the traditional film.
PLA cigarette filter
Polylactic acid (PLA) tow has a double filter - upgrade rungs - consists of two filter sections, each with a different design parameter, such as pressure drop, porosity, and so on. This allows the design to be customized to meet specific requirements. Instead of the two tow segments, this unique combination of PLA materials is more effective in removing impurities and also gives smokers a smoother and cooler taste of tobacco. Polylactic acid (PLA) tows help tobacco companies improve the environmental image of existing cigarette brands while effectively improving environmental pollution.
PLA Medical masks
PLA nonwovens in health and other aspects of the role is very significant. For PLA (polylactic acid) nonwoven materials for disposable health care markets, For the current disposable medical products such as: masks, surgical tablecloths to provide a more competitive cost-effective. PLA nonwovens can be tested by the relevant EN13432, ISO 14855 and ASTM D6400, and ASTM D5338 biodegradability and biocompatibility, while achieving industry leading level indicators.