Fully biodegradable products
Fully biodegradable products
Environmentally friendly materials that completely degrade into carbon dioxide (CO2)/methane (CH4), water (H2O), mineralized inorganic salts, and other harmless substances to nature within 180 days
Including PLA (polylactic acid), PBAT (copolymer of adipic acid butyl ester and terephthalic acid butyl ester), PHA (polyhydroxy fatty acid ester), etc.
Environmentally friendly materials that completely degrade into carbon dioxide (CO2)/methane (CH4), water (H2O), mineralized inorganic salts, and other harmless substances to nature within 180 days
Including PLA (polylactic acid), PBAT (copolymer of adipic acid butyl ester and terephthalic acid butyl ester), PHA (polyhydroxy fatty acid ester), etc.
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Complete degradation
100%
Degradable
Within 180 days
Star-seal flat trash bag
Star-seal flat trash bag
PE/HDPE/LDPE
PE+STARCH
PBAT+PLA+ST/MD
PCR
Number of machines : 10
Star-seal T-shirt trash bag
Star-seal T-shirt trash bag
8 tons/day
Drawstring trash bag
Drawstring trash bag
Number of machines : 8
Courier bag
Courier bag
10 tons/day
PE/HDPE/LDPE
PE+STARCH
PBAT+PLA+ST/MD
PCR
Number of machines : 10
PE/HDPE/LDPE
PE+STARCH
PBAT+PLA+ST/MD
PCR
10 tons/day
PE/HDPE/LDPE
PE+STARCH
PBAT+PLA+ST/MD
PCR
Number of machines : 15
20 tons/day
Pet poop bag
Pet poop bag
PE/HDPE/LDPE
PE+STARCH
PBAT+PLA+ST/MD
PCR
Number of machines : 4
Produce bag
Produce bag
5 tons/day
Shopping bag
Shopping bag
Number of machines : 5
2 tons/day
PE/HDPE/LDPE
PE+STARCH
PBAT+PLA+ST/MD
PCR
Number of machines : 5
5 tons/day
PE/HDPE/LDPE
PE+STARCH
PBAT+PLA+ST/MD
PCR
Biodegradable resin
Biodegradable resin
Blown Film Grade · Injection Molding Grade · Thermoforming Grade
BI O D EG RADABLE PO LYESTER
HDL-Q106
HDL-Q106
Main components: PLA + PBAT + CaCO3 (low filler)
Appearance: white granules
Odor: Odorless
Density: 1.32 g/cm³
Main components: PBAT + Calcium carbonate
Appearance: white granules
Odor: Odorless
Density: 1.40+ g/cm³
BI O D EG RADABLE PO LYESTER
HDL - Q801
HDL - Q801
BI O D EG RADABLE PO LYESTER
BI O D EG RADABLE PO LYESTER
HDL - Q104
HDL - Q104
HDL-Q101
HDL-Q101
Main ingredients: PLA+MD
Appearance: White particles
Temperature resistance: ≥ 85 ℃
Melt index: 35g/10min
Density: 1.36 g/cm ³
Main components: PLA + PBAT + CaCO3
Appearance: white granules
Odor: Odorless
Density: 1.32 g/cm³
BI O D EG RADABLE PO LYESTER
HDL-Q106
HDL-Q106
Main ingredients: PLA+PBAT+St
Appearance: Light yellow particles
Odor: Corn fragrance
Density: 1.30 g/cm ³
Main ingredients: PLA+PBAT+PBS
Appearance: White particles
Temperature resistance: ≥ 85 ℃
Melt index: 8g/10min
Density: 1.32 g/cm ³
BI O D EG RADABLE PO LYESTER
HDL - Q801
HDL - Q801
BI O D EG RADABLE PO LYESTER
BI O D EG RADABLE PO LYESTER
HDL - Q104
HDL - Q104
HDL-Q101
HDL-Q101
Main ingredients: PLA+40%St
Appearance: yellow granules
Odor: Rich corn aroma
Density: 1.05-1.1 g/cm ³
Main ingredients: PLA+PBAT+St
Appearance: Light yellow particles
Odor: Corn fragrance
Density: 1.25 g/cm ³
PRODUCT CONCEP
PRODUCT CONCEP
Providing customers with complete environmentally friendly degradation solutions, including raw material supply, equipment commissioning, and technical guidance.
Low-carbon emission reduction
Low-carbon emission reduction
Using 1 ton of bio-based packaging bags can reduce carbon dioxide emissions by 606 kilograms and also decrease the use of 400 kilograms of polyethylene, significantly reducing the consumption of petrochemical resources. Reducing plastic use and emissions contributes to achieving carbon peak and carbon neutrality.
Environmental protection and plastic reduction
Environmental protection and plastic reduction
Adopting a green development and sustainable strategy as the development concept, the product can completely decompose into carbon dioxide, water, and other environmentally harmless substances under composting conditions within 180 days, reducing white pollution.
Technological Innovation
Technological Innovation
A PhD from the Institute of Physics and Chemistry, Chinese Academy of Sciences, leads the R&D team and has established industry-academia-research cooperation with multiple universities at home and abroad. Innovation is the way forward, constantly expanding.