用科技还地球一些绿色

Return greenness to the earth by science and technology.

VANJOIN

- SINCE 2006 -

GROUP

走进绿色未来，共创可降解新纪元！

亲爱的环保爱好者们，你们是否曾为塑料污染而烦恼？是否一直在寻找更环保、更

可持续的生活方式？别担心，我们为您带来了全新的解决方案——100%可降解母粒产品

，让我们一起走进绿色未来，共创可降解新纪元！

Step into the Green Future and Create a New Era of Biodegradable!

Dear environmental enthusiasts, have you ever been troubled by plastic pollution? Are you always looking for a greener and more sustainable lifestyle? Don't

worry, we have brought you a brand new solution - 100% degradable masterbatch

products. Let us step into the green future together and create a new era of degradable!

V ANJOI N

CONTENTS

CONTEN

T

S

一：环境背景 Environmental conditions ------------------- 1

二：可降解材料的重要性 Importance of Degradable Materials -- 2

三：产品介绍 Product description --------------------- 3~13

四：特性和优势 Features and Advantage --------------- 14~19

五：发展趋势 Development trend ----------------------- 20

六：应用领域 Application field ------------------------- 21

七：包装和存储 Packaging and storage ------------------ 22

八：定制化服务 Customized service --------------------- 23

我们周围有哪些环境问题？ 1 What Problems We Are Facing in Today’s Environment?

联合国环境规划署2021年发布的报告显示，1950年至2017年期间，全球累计生产约92亿吨塑

料，其中塑料回收利用率不足10%，约有70亿吨成为塑料垃圾。预计到2040年，全球每年将有约

7.1亿吨塑料垃圾被遗弃到自然环境中。美国《科学进展》杂志警告，2050年，地球上将有超过

130亿吨塑料垃圾，蓝色地球可能变成“塑料星球”。

According to a report released by the United Nations Environment Program in 2021,

from 1950 to 2017, the world produced about 9.2 billion tons of plastics, of which the recy

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cling rate of plastics was less than 10%, and about 7 billion tons became plastic waste. It

is estimated that by 2040, about 710 million tons of plastic waste will be discarded into the

natural environment every year around the world. The American Magazine Science Advanc

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es warns that by 2050, there will be more than 13 billion tons of plastic waste on the earth,

and the blue earth may become a \"plastic planet\".

1/

2可降解材料重要性

Why Degradable Materials Are Becoming Important?

随着人们对环境问题的日益关注，可降解产品成为了塑料替代品的热门选择。然

而，在市场上，选择可降解产品时，我们更应该注重产品的质量与环保性。我们为您

介绍一款真正的绿色选择——100%可降解母粒产品，让我们一同走进绿色明天！

With people's growing concern about environmental issues, biodegradable

products have become a popular choice for plastic alternatives. However, in the

market, when choosing biodegradable products, we should pay more attention

to the quality and environmental protection of the products. We introduce you

a real green choice - 100% degradable masterbatch products, let us step into

a green tomorrow together!

/2

PLA

3产品介绍

聚乳酸介绍

What is Polylactic acid?

聚乳酸，全名Poly Lactic Acid（PLA）或Polylactide，是以乳酸或乳酸的二聚体丙交酯为单

体，通过一系列的化学反应得到的高分子聚酯型材料，属于人工合成高分子材料，具有生物基和可

降解的特点，是一种新型的生物降解材料。

Polylactic acid, full name Poly Lactic Acid (PLA) or Polylactide, is a high-molecular

polyester material obtained through a series of chemical reactions using lactic acid or

lactic acid dimer lactide as a monomer. It belongs to synthetic macromolecule material. The

material, with the characteristics of bio-based and degradable, is a new type of absorbable

material.

3/

形成生物质资源循环体系

作为一种可完全降解的生物基材料，聚乳酸能够将原料端纳入资源再生及循环体系，

具有石油基材料所不具备的优势。聚乳酸源于自然且能够完全生物降解的特性，驱动

生物质资源形成了一个再生及循环体系。

Forming a biomass resource recycling system

As a fully degradable bio-based material, polylactic acid can incorporate raw

materials into the resource regeneration and recycling system, and has advantages that petroleum-based materials do not have. Polylactic acid is derived

from nature and can be completely biodegraded, driving biomass resources to

form a regeneration and recycling system.

符合“碳中和”政策引导方向

聚乳酸中的碳元素主要来自由玉米、甘蔗等植物在生长过程中从自然环境中吸收的二

氧化碳，并在降解过程中以二氧化碳的形式回归自然，再次通过植物的光合作用重新

参与到生物质资源的再生和循环中。因此，与石油基材料相比，聚乳酸材料能够在较

大程度上实现材料碳的“收支相抵”，从而更有利于“碳中和”目标在塑料行业的实现。

In line with the direction of \"carbon neutrality\" policy guidance

The carbon element in polylactic acid mainly comes from the carbon dioxide

absorbed from the natural environment by plants such as corn and sugarcane

during the growth process, and returns to nature in the form of carbon dioxide

during the degradation process, and re-participates in biomass resources

through plant photosynthesis regeneration and recycling. Therefore, compared

with petroleum-based materials, polylactic acid materials can achieve the

\"break-even\" of material carbon to a greater extent, which is more conducive to

the realization of the goal of \"carbon neutrality\" in the plastic industry.

Feature 2

Feature 1

聚乳酸的四大特性

Four characteristics of PLA

/4

5/ 制品的处置方式环保

聚乳酸的可完全生物降解特性使其成为一种可堆肥塑料，可以采用降解的环保方式进

行处置。在接触水或潮湿空气后，聚乳酸的酯键容易发生水解并断裂，断裂后的产物

在微生物的作用下被彻底分解为二氧化碳和水，这是聚乳酸材料微观层面的降解原理

。而在宏观上，聚乳酸制品的降解表现为整体结构遭破坏，体积变小，逐步变为碎片

，最终变为二氧化碳和水。

Environmentally friendly in product disposal

The fully biodegradable nature of PLA makes it a compostable plastic that can

be disposed of in a degradable and environmentally friendly manner. After contact with water or humid air, the ester bonds of polylactic acid are prone to

hydrolysis and breakage, and the broken products are completely decomposed

into carbon dioxide and water under the action of microorganisms. This is the

degradation principle of polylactic acid materials at the microscopic level. Macroscopically, the degradation of polylactic acid products is manifested as the

destruction of the overall structure. The volume becomes smaller, gradually

turning into fragments, and finally turning into carbon dioxide and water.

具备良好的性能

聚乳酸良好的机械性能和物理性能，使其可作为热塑性材料利用传统工艺进行加工，

适用于挤出成型、注塑成型、挤吹成型、纺丝、发泡等主要塑料加工工艺，能够兼容

现有的塑料加工设备。

Good mechanical and physical properties

The good mechanical and physical properties of polylactic acid enable it to be

processed as a thermoplastic material using traditional techniques. It is suitable

for major plastic processing techniques such as extrusion molding, injection

molding, extrusion blow molding, spinning, and foaming, and is compatible with

existing plastic processing equipment.

Feature 3

Feature 4

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塑料材料性能参数对比

Comparison of performance parameters among plastic materials

各类可生物降解材料与传统塑料性能&价格对比

Property & Price Comparison: Degradable Materials vs Traditional Plastic Materials

与传统材料对比的减碳优势

Carbon reduction advantages compared to traditional materials

减碳就是让空气中的碳固化，从而降低空气中的碳。植树造林是固碳，节能减排是减碳的（如图1）；在它用后处置的过程（燃烧、堆肥等）是排放碳的（如图2）。根据Carbon reduction is to solidify the carbon in the air, thereby reducing the carbon reduction is to reduce carbon. Polylactic acid material is a bio-based degradable (as shown in Figure 1); it emits carbon during its post-use disposal (burning, cothe final carbon emission of polylactic acid disposable products is zero. ( Figure图� 生7/

减碳；聚乳酸材料是生物基可降解材料，在它从植物到制品的过程中是吸收空气中的

据综合的过程评测采用聚乳酸一次性产品最终的碳排放为零。

nin the air. Afforestation is to sequester carbon, and energy saving and emission

material, which absorbs carbon in the air during its process from plant to product

omposting, etc.) ( Figure 2). According to the comprehensive process evaluation,

e 3)

生产�公斤材料吸收碳量 图� 处置�公斤树脂排放量 图� 生产�公斤和处置�公斤的综合排放量

/8

100%

100%可降解母粒产品介绍

100% Degradable Masterbatch Products Introduction

我们的100%可降解母粒产品以天然植物生物纤维，无机粉或淀粉等为基础原料，经过科学配

方与精细加工而成。从源头上减少了对有限资源的依赖，为环保事业贡献一份力量。每一颗母粒都

蕴含着我们对地球的深深热爱，让您在使用的同时也在保护自然。

Based on natural plant biological fiber, inorganic powder or starch, etc.as raw material,

our 100% degradable masterbatch products are made through scientific formula and fine

processing. It reduces the dependence on limited resources from the source and contributes to the cause of environmental protection. Every masterbatch contains our deep love

for the earth, allowing you to protect nature while using it.

9/

包含：秸秆母粒、谷壳母粒、竹粉母粒、甘蔗渣/粉母粒、木粉母粒等。

生物质纤维含量为40%以上，PE/PP、PLA、PBAT为基体树脂。

可按任意比例同PE/PP、PLA、PBAT等树脂混合使用，灵活满足客户纤维点密度定制化需求，缩短新产品研发周

期，客户可根据自己的产品需求调节添加的比例，添加的比例越高，表面纤维点越密。

Including: straw masterbatch, rice husk masterbatch, bamboo powder masterbatch, bagasse/sugarcane

powder masterbatch, wood powder masterbatch, etc.

Biomass fiber content is more than 40%, and PE/PP, PLA, PBAT are the matrix resins.

It can be mixed with PE/PP, PLA, PBAT and other resins in any proportion to flexibly meet customer's

customized requirements for fiber dot density and shorten the development cycle of new products. Customers can adjust the ratio of addition according to their product needs. The higher the proportion added, the

denser the surface fiber points.

生物质纤维降解母粒

Biomass fiber masterbatch

1

秸秆母粒

Straw masterbatch

由秸秆纤维与PE/PP、PLA、PBAT等树脂经特殊工艺复合而成的绿色环保材料；已通

过LFGB、FDA食品级测试；适用于注塑，挤出级产品，如：牙刷手柄、梳子、水杯等

日用品、包装盒、数据线、插头、表带、软包装、包胶等。

It is a green and environmentally friendly material made of straw fiber and PE/PP,

PLA, PBAT and other resins through a special process; it has passed LFGB and

FDA food-grade tests; it is suitable for injection molding and extrusion grade

products, such as: toothbrush handles, combs, water cups and other daily necessities, packaging boxes, data cables, plugs, watch straps, flexible packaging,

rubber encapsulation, etc.

秸秆纤维母粒理化指标

Physico-chemical

indicators of straw

fiber masterbatch

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11/ 木纤维母粒

Wood Fiber Masterbatch

竹纤维母粒

Bamboo Fiber Masterbatch

由木纤维与PE/PP、PLA、PBAT等树脂经特殊工艺复合而成；应用广泛，如：环保材

料、纺织面料、家电外壳、玩具、包装、造纸、建材、板材等。

It is made of wood fiber and PE/PP, PLA, PBAT and other resins through a special

process; it is widely used, such as: environmental protection materials, textile

fabrics, home appliance casings, toys, packaging, papermaking, building materials, wall panels, etc.

由竹纤维与PE/PP、PLA、PBAT等树脂经特殊工艺复合而成；产品广泛用于密胺

餐具、可溶解一次性塑料制品填充、饲料、猫砂、造纸等应用领域。

It is made of bamboo fiber and PE/PP, PLA, PBAT and other resins through

special process; it is widely used in melamine tableware, filling of soluble

disposable plastic products, feed, cat litter, papermaking and other application

fields.

成品图/end-product drawing

秸秆母粒产品

Straw masterbatch

木纤维母粒产品

Wood Fiber Masterbatch

竹纤维母粒产品

Bamboo Fiber Masterbatch

包含：重钙粉、滑石粉、钛白粉、硅钙粉、蒙脱土等。

无机粉料含量为70%以上，PLA或PBAT为基体树脂。根据客户对产品的外观以及功能需求，自己调整添加数量，广泛

应用于注塑，挤出，吹膜，板材，片材等诸多领域。

Including: heavy calcium powder, talc powder, titanium dioxide, silicon calcium powder, montmorillonite, etc.

The content of inorganic powder is more than 70%, PLA or PBAT is the matrix resin. According to the customer's

appearance and functional requirements of the product, adjust the amount of addition; it is widely used in injection molding, extrusion, blown film, plate, sheet and many other fields.

滑石粉母料

Talc powder masterbatch

滑石粉的目数由用户使用效果确定，一般使用800目至6000目，此类母料广泛适用于如：

PE管道、波纹管、PVC管、注塑、吹塑、挤塑等行业，具有增强增刚的作用。

The mesh number of talcum powder is determined by the user's use effect. Generally,

800 mesh to 6000 mesh is used. This kind of masterbatch is widely used in industries

such as PE pipes, corrugated pipes, PVC pipes, injection molding, blow molding,

extrusion molding, etc., and has the effect of enhancing rigidity.

/12

无机粉料降解母粒

Inorganic powder degradable masterbatch

2

成品图/end-product drawing

2

13/ 淀粉含量为70%以上，色泽呈淡黄色。PE/PP、PLA、PBAT为基体树脂。

高含量、高分散性的淀粉母粒具有较好的相容性，适合用于吹塑，注塑、挤出等工艺，生产制造环境无害，无

毒，绿色环保，全生物降解产品。

The starch content is more than 70%, and the color is light yellow. PE/PP, PLA, PBAT are matrix resins.

Starch masterbatch with high content and high dispersibility has better compatibility. It is suitable for blow

molding, injection molding, extrusion and other processes to produce environmentally friendly, non-toxic,

green and fully biodegradable products.

热塑性淀粉母粒

Thermoplastic starch masterbatch

3

热塑性淀粉母粒理化指标

Phy sic o - chemi c a l

indicators of thermo

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plastic starch master

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batch

成品图/end-product drawing

4100%可降解材料特性

Properties of 100% biodegradable material

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原材料：资源丰富，天然绿色可再生

材料及制品加工：低耗能，低排放，无二次污染

废弃物处理：无害化处理

成本：制得的最终产品成本比纯塑料产品成本降低

不含邻苯类增塑剂、双酚A等有毒物质，重金属含量满足RoHS指令材料的整个生命周期

（“从摇篮到坟墓”的碳足迹），包括原材料、制造、分销和零售、消费者使用、最终废

弃或回收整个过程都具有低能耗、低排放的特点。

Raw materials: rich in resources, natural green and renewable

Material and product processing: low energy consumption, low emission, no secondary pollution

Waste disposal: harmless disposal

Cost: The cost of the final product produced is lower than that of pure plastic

products.

Does not contain toxic substances such as phthalic plasticizers and bisphenol A;

the heavy metal content complies with the entire cycle life of the RoHS directive

material (\"cradle to grave\" carbon footprint). The entire process including raw materials, manufacturing, distribution and retail, consumer use, final disposal or recycling is characterized by low energy consumption and low emissions.

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PLA改性优势

Advantages of PLA

Modification Technology

1.耐久改性。 Durability modification

我们通过对聚乳酸的抗老化改性来使聚乳酸提高其使用寿命来实现其的固碳能效。

Through the anti-aging modification of polylactic acid, the service life of

polylactic acid is improved to realize its carbon fixation energy efficiency.

15/

说明(Test)：

测试环境：100摄氏度自来水（此环境比去离子水要苛刻）延续水煮。

图中的测试数据，分别测试三组样品的平均值。

普通聚乳酸，在水煮6小时后完全没有了任何物理性能！

而加滑石粉等配方的聚乳酸，在水煮8小时后也无任何物理性能！

Test environment: tap water at 100 degrees Celsius (this environment is harsher

than deionized water) and continue to boil.

The test data in the figure are the average values of the three groups of samples.

Ordinary polylactic acid has no physical properties at all after being boiled in

water for 6 hours!

However, polylactic acid with talcum powder and other formulas has no physical properties after being boiled in water for 8 hours!

总结(Summary)：

抗老化改性后的聚乳酸制品寿命比普通聚乳酸制品寿命提高6倍以上。比如一个常规聚乳

酸马克杯，在高热高湿的环境中使用寿命在3-5年，那么采用抗老化技术后其寿命可以达

18年以上。

The lifespan of polylactic acid products after anti-aging modification is more

than 6 times longer than that of ordinary polylactic acid products. For example, a

conventional polylactic acid mug has a service life of 3-5 years in a high-heat

and high-humidity environment, and its service life can reach more than 18 years

after adopting anti-aging technology.

可应用以下场景：Applicable products

/16

17/ -

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2.冲击强度改性。 Impact strength modification

可应用以下场景：Applicable products

/18

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生物质纤维母粒料改性技术优势

Advantages of Biomass Fiber

Masterbatch Modification Technology

1.亲水性改为疏水性：完全憎水的表面疏水特性，与PP、PE任意比相容。

Hydrophilicity changed to hydrophobicity: Hydrophobic properties of the

completely hydrophobic surface is compatible with PP and PE in any

ratio.

2.热敏性改为耐温性：可耐受200度以内的高温，在传统塑料加工设备上适用。

Heat sensitivity changed to temperature resistance: Withstand high

temperature within 200 degrees, suitable for traditional plastic processing equipment.

3. 硬脆性改为可塑性：良好的热环境熔融及流变性能，易于成型。

Hard and brittle property changed to plasticity: Good thermal environment melting and rheological properties are easy to shape.

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5发展趋势

Development Trend

-

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可降解材料的发展趋势一般是针对环保和可持续发展的需求。旨在取代部分石

油基塑料，减少石油资源的使用，降低大气二氧化碳排放，同时积极利用可再

生资源，通过改进生产工艺和减少生产成本来提高可降解材料的可持续性和可

行性。

The development trend of degradable materials is generally aimed at the

needs of environmental protection and sustainable development. It aims

to replace some petroleum-based plastics, reduce the use of petroleum

resources, reduce atmospheric carbon dioxide emissions, and actively

use renewable resources to improve the sustainability and feasibility of

degradable materials by improving production processes and reducing

production costs.

/20

21/ 6应用领域

Application Fields

食品包装：饮料瓶、食品罐、保健品瓶、调料瓶、罐，奶茶杯、水杯、

儿童餐具套装等。

日化包装：日化瓶、膏霜罐、收纳盒、一次性酒店用品、笔、洗漱用品

包装等。

膜类包装：农用地膜、购物袋、淋膜、自封袋等。

纺织品：衣服、床上用品、窗帘等。

医疗器械：生物可降解绷带、缝合线、骨支架等。

汽车配件：可降解汽车内饰件、门板、车身结构件等。

建筑材料：环保型墙板、地板、屋顶瓦等。

电子设备：可降解的电子外壳、连接器、绝缘部件等。

Food Packaging: beverage bottles, food jars, health care product

bottles, seasoning bottles, cans, milk tea cups, water cups, children's tableware sets, etc.

Daily Chemical Packaging: daily chemical and cosmetic packaging

bottles, cream jars, storage boxes, disposable hotel supplies, pens,

toiletry packaging, etc.

Film Packaging: agricultural mulch film, shopping bag, laminating

film, ziplock bag, etc.

Textiles: clothes, bedding, curtains, etc.

Medical Devices: biodegradable bandages, sutures, bone scaffolds, etc.

Auto Parts: degradable auto interior parts, door panels, body

structural parts, etc.

Building Materials: environmentally friendly wall panels, floors,

roof tiles, etc.

Electronic Equipment: degradable electronic housings, connectors,

insulating parts, etc.

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7包装和存储

Packaging and Storage

-

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包装：塑料袋、编织袋、纸箱等。根据生产商的要求，可以有不同的包装规格

和重量。

储存条件：储存温度一般应保持在干燥、通风的环境中，避免高温和潮湿。应

避免直射阳光照射，以防止产品质量受损。应远离易燃物、酸碱等物质，避免

产品受到污染或化学反应。储存过程中应注意防潮和防尘，以确保产品的干燥

和清洁。

Packaging: plastic bags, woven bags, cartons, etc.

Depending on the manufacturer's requirements, different packaging

sizes and weights are available.

Storage Conditions: The storage temperature should generally be kept

in a dry and ventilated environment, avoiding high temperature and

humidity. Avoid direct sunlight exposure to prevent damage to product

quality. Keep away from flammables, acids and alkalis and other substances to avoid product contamination or chemical reactions. Pay attention to moisture and dust during storage to ensure that the product

is dry and clean.

23/

8定制化服务

Customized Service

100%可降解母粒适用于注塑，吹膜，纺丝，挤出，吹膜，发泡，熔融堆

叠等工艺，同时可根据客户的不同需求，为其量身定做具有各种特殊功

能的母粒，满足客户的个性化需求。功能母粒有阻燃、老化、抗静电、

抗菌，降温等作用的母粒。

100% degradable masterbatches are suitable for injection molding, blown film, spinning, extrusion, blown film, foaming, melt

stacking and other processes. At the same time, we can tailor-made plastic granules with various special functions according

to the different needs of customers. These functional masterbatches are flame retardant, aging, antistatic, antibacterial, cooling, etc.

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选择100%可降解母粒，就是选择了一种

更加可持续的未来。

在使用过程中，这些母粒会逐渐降解，

最终与自然融为一体，不会对环境造成任何污染。

这种生态循环的方式，正是我们对绿色明天的承诺。

选择100%可降解母粒，让绿色走进您的生活，

让环保伴随您的每一天！

从现在开始，让我们携手共建绿色家园，

共同书写环保新篇章！

Choosing 100% degradable masterbatch is

choosing a more sustainable future. These

masterbatches will gradually degrade, and

finally integrate with nature without causing

any pollution to the environment. This way of

ecological cycle is our commitment to a green

tomorrow.

Choose 100% degradable masterbatch, let

green into your life, and let environmental protection accompany you every day! From now

on, let us work together to build a green home

and create a new chapter in environmental

protection!

湖北省武汉市硚口区汉西一路保利香槟国际金座14层