Compostable Rubber Gloves Biodegradable & Compostable PLA PBAT Cornstarch Material

Product Specification

		Product Description： Our main product, XF-ST02 gloves, After many years of improving, have became our most mature compostable glove product, have been accepted by market and already has a large customer base, with excellent quality, it can be qualified for many occasions in life and fully compostable and biodegradable, unlike normal plastic gloves, there's no need to worry about the environmental impact, just need to put them into compost environment, and they will be fully degraded into nature in 6-12 month, return to nature at last. Our compostable gloves advantage: Our XF-ST02 glove has developed a mature production process to keep the quality of the gloves to make sure water proof and broken proof, wearing easily... On the other hand, traditional polythene disposable gloves are hard to be recycled and will exists in the nature environment for a very long time and easily come into animal body and causes many harms, our XF-ST02 glove will not cause environment stress to the nature.

Our Compostable Gloves Application:
Passed the EN16350 anti-static test, they are applied for petrol station and other areas avoid static. XF-ST02 glove can be used wildly in our daily life, passed EN13130-1 and FDA 21CFR 177.1520 food safety contact tests, suitable for restaurants, cafes, hotel household for disposable use.

Compostable Gloves Benifits:
XF-ST02 glove is fully compostable and biodegradable, the raw material contains PLA, PBAT, Corn starch, one of the most common compostable and biodegradable material in the world, passed ASTM D 6400, EN13432, BPI, has OK industry compost and OK home compost certification, putting in compost areas, they will degrade into biomass, carbon dioxide, water, in 6-12 month, and transfer into biofertilizer at last.

Package Way:
We provide several package solutions for your choose, like kraft paper box, package bags, white paper box, 1 pair glove small paper bag package, or your customized package way. The common package: 100 pieces of gloves per box, 24 boxes per carton.

FAQ:
Q1 - What's the material of the XF-ST02 glove
A - We use biodegradable and compostable raw materials to produce our products, The material is PLA+PBAT+Corn Starch.

Q2 - Are there other compostable and biodegradable products you are producing?
A-Yes, we are producing different kinds of biodegradable and compostable products like compostable bag, compostable disposable gloves, packing film... to meet your requirements.

Q3 - What are traditional plastic products finally becomes?
A - traditional plastic material like PP, PET, PE... cannot dissolve in nature, have bad influence to environment with microplastics that can end in foodchain.

Q4 - What is Oxo-degradable?
A - Oxo-degradable plastic uses metallic additive, by the effect of oxygen and sunlight, they set off a slow chemical reaction that accelerates the disintegration of the plastic into small pieces. Once it has been added to landfill it is deprived of the two elements that make it special and it becomes no different to a conventional plastic.Even in the open land, it can only disintegrate so far into particles that can still be detrimental to the environment.

Q5 - Is Oxo-degradable products harmful to nature?
A - Yes , Oxo-degradable products shows people trying to fight against white pollution, but It doesn't eliminate white pollution essentially, can even come into food chain, environmentally-friendly organisations are calling for a total ban. Our products were all not Oxo-biodegradable.

Q6 - What are the differences between Oxo-degradable and compostable?
A - Oxo-degradable can not change the component of the plastic, just break the plastic that cannot be seen, the plastic still exists and come into food chain, but compostable material will become H20, Co2, biomass in the compost area, back to nature.

Q7 - What decides"biodegradable" and "compostable"?
A - Biodegradability and compostability rely heavily on the environment where the product is broken down. As each environment (compost, soil, water, …) has different temperatures and microorganisms, the speed of the biodegradation process may vary from one site to another.