Eco Friendly Food Grade PLA Resin for Straw Extrusion

• N ° CAS.: 9051-89-2
• Formule: C3h6o3
• EINECS: 618-575-7
• Certification: PORTÉE
• Protection environementale: Oui
• Fonction: Résistance à la chaleur, Biodegradable
• N° de Modèle.: FY801
• Apparence: Poudre
• Couleur: Blanc
• Model: Fy801
• Exterior: Transparent or Translucent Particles
• Density: 1.24G/M3
• Paquet de Transport: Bag
• Spécifications: 25KG/BAG
• Marque Déposée: FUTERRO
• Origine: Anhui
• Code SH: 3907700000
• Capacité de Production: 50000kg/Month

Description de Produit

Physical Properties OF FY801
Exterior	-	Transparent or translucent particles
Density	g/m3	1.24
Moisture	%	≤0.04
Monomer Content	%	≤0.3
Melt Flow Index(190ºC/2.16kg)	g/10min	4
D-Content	%	<1
Melting point	ºC	175
Glass transition temperature	ºC	60
Tensile strength	Mpa	50
Elongation at Break	%	≤5

What are bio-based degradable materials?

Biobased materials are materials that are based on natural substances such as starch and are produced under microbial materials produced under the action of micro-organisms.

Biodegradable materials are materials that are degraded by microbial action, such as bacteria, molds, fungi, and algae, and eventually completely degraded into carbon dioxide, water, methane, mineralized inorganic salts, and new material under natural conditions, such as loam, sand, and seawater, or under specific conditions, such as composting conditions, anaerobic digestion conditions or aqueous cultures.

How is polylactic acid made?
And how is it recycled in the ecosystem?

Polylactic acid (PLA) is made from corn, cassava, and other agricultural crops.
Lactic acid is extracted by microbial fermentation, then refined, dehydrated and oligomerized, cracked at high temperature, and polymerized.
PLA has excellent biodegradability and can be completely degraded to carbon dioxide and water in 180 days under industrial composting conditions, without polluting the environment.