Eco-Friendly and 100% Compostable Modified Raw Materials

• Feature: Biodegradable
• CAS No.: 26100-51-6
• Formula: H-[Ochch3co]N-Oh
• Model NO.: Raw Plastic Materials
• EINECS: GB/T 29284-2012
• Material: PLA Pbat
• Usage: General Plastics, Engineering Plastics, Specialty Plastics, Used for Blowing Films and Plastic Bags
• Plastic Properties After Heated: PLA Pbat
• Plastic Forming Method: PLA Pbat
• Color: White
• Name: Polylactic Acid
• Item No: Yprx-PLA01
• Transport Package: Bags and Cartons
• Specification: customized
• Trademark: YUANXIAN POLYMER
• Origin: China
• Production Capacity: 10000000

Product Description

Product Description

The Lactic acid (PLA) monomer is made from fermented plant starch such as from corn.

Polylactic acid (PLA) can be completely decomposed into carbon dioxide (CO2) and water (H2O) under natural conditions after being discarded.

Item No: YPRX-PLA01
Molecular Formula: H-[OCHCH₃CO]_n-OH
CAS NO: 26100-51-6
Color: White
Standard: GB/T 29284-2012
 

Item	Unit	Result
Monomer content and D-content	%	≤0.3
Density	g/cm^3	>1.24
Particle Diameter	mm	2
Melt index (190ºC/2.16kg)	g/10min	10
Melt point	ºC	>165
Tensile Strength at Break	MPa	>45
Elongation at break	%	<5
Tensile Modulus	GPa	3.5
Notch Impact Strength	kJ/m^2	>4
HDT(0.45Mpa)	ºC	>100
Bending strength	Mpa	>70
Transmittance	%	>95
Degradation Rate	%	>95

PLA can be made into film products with high transparency, good barrier properties, excellent processability and mechanical properities,and can be used for flexible packaging of fruits and vegetables.

PLA objects can be fabricated by 3D printing, casting, injection moulding, extrusion, machining, and solvent welding.

PLA can form a weekly acidic environment on the surface of the product. It has a basis for antibacterial and antifungal. If other antibacterial agents are used in addition, it can achieve an antibacterial rate of more than 90%, and can be used for antibacterial packaging of products.

PLA can form a weekly acidic environment on the surface of the product. It has a basis for antibacterial and antifungal. If other antibacterial agents are used in addition, it can achieve an antibacterial rate of more than 90%, and can be used for antibacterial packaging of products.
 

Item	Unit	PP	GPP	PET	PLA
Density	g/cm^3	0.9-0.91	1.04-1.09	1.3-1.4	1.25
Melt Index	g/10min	0.2-20	1.5-30	--	1-30
Tensile strength	MPa	29.6-35	≥58.8	≥60	≥50
Elongation	%	200-700	1.0-2.5	30-70	≥5
Transmittance	%	85-88	88-92	90-92	90-95

MODIFIED MATERIALS

Film Blowing Grade YPMH-M300
Film Blowing Grade PLA Modified Material

PLA+PBAT+STARCH

Item Code: YPMH-M300

Recommended applications

Shopping vest bag, wrist bag, roll bag, food preservation bags; packaging film for electronic products, packaging film for home appliances, medical sanitary films, etc.

Product Features

1) Independent corn tachnology, high product strength, more than 30% higher than the tensile strength of conventional commercial products;
2) Good coloring performance, stable melt strength, and can be directly processed into various films;
3)It is usually light white, fragrant, easy to be decomposed by microorganisms, and has natural antistatic property;
4)The raw materials have good thermostability, good recyclability of leftover materials, and can withstand high temperature and strong shear force.

Material properties
 

Item	Test method	Conditions for item	Unit	Result[1]
Melt flow rate	1S0 1133	190ºC, 2.16kg	g/10min	3.0-6.0
Density	1S0 1183	23ºC	g/cm^3	1.38-1.43
Melting point	DSC	-	ºC	110-130

[1]The above data are measured values, not guaranteed values.

Processing parameters
 

Temperature		Typical value[2]	Reference range
Melting temperature		125ºC	120-130ºC
Temperature of film blowing heating area	Posterior segment	145ºC	140-150ºC
	Middle segment	145ºC	140-150ºC
	Anterior segment	150ºC	140-150ºC
Mould head temperature		150ºC	140-150ºC
Upper limit of processing temperature		190ºC

[2]The above data are typical values and are only for reference. In the actual processing process, the parameters can be adjusted appropriately.

Typical film properties[3]
 

Characteristics[4]	Test method	Conditions for testing	Unit	Typical value[5]
Tensile strength longitudinal/transverse	1S0 527	25ºC	MPa	17/13
Elongation at break longitudinal/transverse	1S0 527	25ºC	%	300/500
Dart impact	1S0 7765-1	25ºC	g	190

[3]Typical films are produced by film blowing mechanism with the material YPMH-M300, film thickness is 28 microns;
[4]The data are measured by the newly produced film and can not be used as the basis for judging material quality;
[5]The above data are typical values, not guaranteed values.

Company Profile

What we do

Solution to replace petroleum plastics with polylactic acid materials and products
Polylactic acid material is 100% biodegradable and environmentally friendly. We have integrated PLA, PBAT and corn starch to produce film products and bag products, providing environmentally product solutions for the food industry and packaging industry.
 

Our Attitude
01  Operational Excellence

Striving and achieving the best in all we do ensures we send the best to our partners.

02  Relationship Building
Establishing mutually beneficial & long term relationships with suppliers, clients and investors with honesty and integrity equates to long-term sustainability.
03  Customer Satisfaction
Everything we do is customer-centric, fully and efficiently meeting our customers' need is the base of our business, supplying much better quality & service than expected quality & service is our goal.
04  Innovation
At the forefront of technological advancements, from customers' feedback, to target market demand survey, to products' design from our technology department, finally to the new products' launch in the market, the whole circle time is very short.

Detailed Photos

PRODUCTS PICTURE

DAGRADATION PROCESS

Biodegradable bags refer to plastic bags that can be completely degraded under specific conditions. They are usually made of biodegradable materials such as polylactic acid (PLA) and polyester (PBAT), which reduce their stability during production and make them easier to degrade in the natural environment without residues.

Compared with ordinary plastic bags, biodegradable bags have the advantages of environmental protection and sustainability. The degradation process refers to the decomposition of polymer molecules into small molecules through microbial action, hydrolysis, oxidation, and other methods, ultimately forming natural substances such as carbon dioxide, water, and organic matter. The degradation products are carbon dioxide and water, which can be directly absorbed by plants in the soil, returned to the soil, or entered the general environment, and can be degraded without polluting the environment.
 

FAQ

1. Q: What's your main material?
Our main materials are PLA,PBS,PBAT and Corn Starch. The materials are 100% Compostable and Biodegradable, they can be degraded into H20 and C20 completely.

2. Q: What information should I let you know if I want to get a quotation?
The size of the products (Length x Width), if your bag's have the gusset, also please provide the gusset size.
We usually quote you within 24 hours after we get your inquiry. If you are in urgency to get the quotation,please call us or tell us in your mail, so that we could regard your inquiry in priority.

3. Q: The printing: How many colors printing in 1 side or 2 sides?
It will be very useful if you can provide your bag's picture. Of course, samples will be best.

4. Q: What's your MOQ?
Usually 1 tons each kind, the more the cheaper.

5. Q:  What is the bag size? 
You can measure the length, width and height of the goods that need to packing, we will help you calculate the required size of the bag.
 We do customized products, any size & any color we can make according to your requirement.

6. Q:  Can you design for me?
According to your requirement, we can add your company logo, website, phone number or your ideas on the bag....
Any  color is available. Our profession designer can make design it to for you for free.

Welcome to contact with us for more details!