全降解顆粒料以植物纖維為主要原料之一。與目前市場上所有的PLA原料相比，全降解顆粒料在原料供應(yīng)、特性、成品方面都有優(yōu)勢。全降解顆粒料的耐溫性為-20-120.與全降解顆粒料耐60的溫度相比，全降解顆粒料的優(yōu)勢是顯而易見的。一般全降解顆粒料只能用來裝冷飲或溫水，而全降解顆粒料制成的杯碗可以裝熱飲和湯。市場上現(xiàn)有的PLA材料都會添加塑料成分來達到耐高溫的目的，但是加工的原料需要特殊的環(huán)境進行降解，即使降解了，仍然會有塑料顆粒?？扇到忸w粒料的配方可以根據(jù)應(yīng)用需要進行調(diào)整，達到生產(chǎn)特定成品的目的，使用過的產(chǎn)品可以堆肥，完全降解。

One of the main raw materials for fully degradable granular materials is plant fiber. Compared with all PLA raw materials currently on the market, fully degradable granular materials have advantages in terms of raw material supply, characteristics, and finished products. The temperature resistance of fully degradable particle materials is -20-120. Compared to the temperature resistance of fully degradable particle materials of 60, the advantages of fully degradable particle materials are obvious. Generally, fully degradable granular materials can only be used to hold cold drinks or warm water, while cups and bowls made from fully degradable granular materials can hold hot drinks and soup. The existing PLA materials on the market will add plastic components to achieve high-temperature resistance, but the processed raw materials require special environments for degradation. Even after degradation, there will still be plastic particles. The formula of fully degradable granular materials can be adjusted according to application needs to achieve the purpose of producing specific finished products. Used products can be composted and completely degraded.

在實驗結(jié)果中，全降解顆粒料的制品比傳統(tǒng)塑料更強，在韌性實驗數(shù)據(jù)上可以與傳統(tǒng)塑料并駕齊驅(qū)。全降解顆粒料在耐高溫、硬度、韌性等方面都比市面上的PLA材料有優(yōu)勢，在成品上也不遜于傳統(tǒng)塑料。所使用的全降解顆粒料產(chǎn)品可以通過普通堆肥完全降解，更接近自然。所有全降解顆粒料均采用食品級原料加工而成，其配方原料均為生物物質(zhì)。降解后會還原成自然元素，可以回歸自然，不會污染環(huán)境，不會給生態(tài)造成負(fù)擔(dān)

。

In the experimental results, products made of fully degradable particulate materials are stronger than traditional plastics and can keep up with traditional plastics in terms of toughness experimental data. Fully degradable granular materials have advantages over PLA materials on the market in terms of high temperature resistance, hardness, toughness, and are not inferior to traditional plastics in finished products. The fully degradable granular material products used can be completely degraded through ordinary composting, which is closer to nature. All fully degradable granular materials are processed using food grade raw materials, and their formula ingredients are all biological substances. After degradation, it will be reduced to natural elements, which can return to nature without polluting the environment and causing no burden to the ecology.

生物降解塑料成為大家關(guān)心的替代方法。生物降解塑料是指溶解于前提或自然界中，對生態(tài)環(huán)境無害的化合物。

Biodegradable plastics have become an alternative method of concern. Biodegradable plastics refer to compounds that dissolve in the environment or are harmless to the ecological environment.

從原料來看，生物降解塑料可以來自化工機械設(shè)備的原料，也可以來自生物質(zhì)熔融、化學(xué)降解、氧化降解等。

From the perspective of raw materials, biodegradable plastics can come from chemical machinery and equipment, as well as from biomass melting, chemical degradation, oxidative degradation, etc.

消費者可以選擇各種生物降解塑料中的哪一種?當(dāng)然，它的融化產(chǎn)物對健康無害，所以選擇全降解。目前市場營銷的技術(shù)規(guī)范比較健全。產(chǎn)業(yè)鏈基本都很不錯。

Which of various biodegradable plastics can consumers choose from? Of course, its melting products are harmless to health, so we choose full degradation. At present, the technical specifications for marketing are relatively sound. The industrial chain is basically very good.

生物降解塑料只有分解才能熔化嗎不，分解只是生物降解塑料融化的場景之一。大多數(shù)可生物降解塑料在土壤分層、水和海平面等條件下會在溫度和濕度下熔化。后被微生物轉(zhuǎn)化為對生態(tài)環(huán)境無害的化合物。

Can biodegradable plastics only melt through decomposition? No, decomposition is just one of the scenarios where biodegradable plastics melt. Most biodegradable plastics will melt at temperature and humidity under conditions such as soil stratification, water, and sea level. After being transformed by microorganisms into compounds that are harmless to the ecological environment.

有了可降解顆粒上面的小總結(jié)，希望對廣大客戶有所幫助，如果有什么不理解的或者尋求幫助的請點擊我們的網(wǎng)站：http://或者來電咨詢，我們會盡全力為您解決

With the summary on degradable particles, we hope it can be helpful to our customers. If you have any questions or need help, please click on our website: http:// Or call for consultation, and we will do our best to solve it for you