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Eco-Friendly Biodegradable 100% PLA Nonwoven Fabric
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GRS Flame Retardant Nonwoven Fabric
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Sustained Leadership Functionality PP SB Nonwoven Fabric
Eco-Friendly Biodegradable 100% PLA Nonwoven Fabric
The material boasts superior processability and mechanical strength, achieved through the modification of conventional PLA materials, enabling low-temperature extrusion with enhanced melt flow properties (at a benchmark of 230°C, ranging from 450 to 5,000g/10 min grade).
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Product Name
PLA MB Nonwoven Fabric
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Category / Type
Industrial Material / Nonwoven Fabric
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Composition
100% PLA
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Finish / Weight(g/sqm)
Unprocessed / 20~100
PLA Melt-bloom Nonwoven Antimicrobial Analysis Results
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*Antimicrobial properties (KS K 0693)
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Table for results of PLA Melt-bloom Nonwoven antimicrobial analysis Anti-bacterial Analysis Control Result Staphylococcus
aureus
ATCC 6538The Number of bacteria immediately after
inoculatio2.1 x 10⁴ - Bacterial after 18H of incubation 9.3 x 10 <20 Bacteriostatic reduction rate - 99.9 Klebsiella
pneumoniae
ATCC 4352The Number of bacteria immediately after
inoculatio1.7 x 10⁴ - Bacterial after 18H of incubation 3.3 x 10 <20 Bacteriostatic reduction rate - 99.9
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GRS Flame Retardant Nonwoven Fabric
The use of non-halogenated flame retardants (phosphorus-based) ensures no emission of environmental hormones. The simultaneous action in both gaseous and solid states during combustion forms a non-combustible layer on the surface, thereby physically blocking internal heat transfer.
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Product Name
GRS Flame Retardant Nonwoven Fabric
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Category / Type
Industrial Material / Nonwoven Fabric
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Composition
R-PET+FRX Flame Retardant
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Finish / Weight(g/sqm)
Unprocessed / 15~100
Flame Retardancy Test Results
Sustained Leadership Functionality PP SB Nonwoven Fabric
Bacterial inhibition and adsorption of methylene gas to maintain freshness, far-infrared (FIR) emission and humidity control when in contact with food, delay in aging
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Product Name
Sustained Leadership Functionality PP SB Nonwoven Fabric
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Category / Type
Industrial Material / Nonwoven Fabric
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Composition
PP+ Leading Maintenance Functional Additives
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Finish / Weight(g/sqm)
Unprocessed / 15~100
Comparative Experiment on Freshness and Quality Changes in Packaging Materials
Peaches wrapped in three types of non-woven fabric packaging materials are placed in commercially available containers and stored under identical conditions. The quality changes over the storage period are then sensorially evaluated.
Experimental Materials: Fruit (Peaches), Fruit Packaging Containers, Three Types of Nonwoven Fabric Packaging Materials (15*15cm)
Commercial Products
PP100%
Developmental Products (Clavis M/B Applied Manufacturing)
Commercial Products
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Before
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After
Neat PP
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After
Developmental Products
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Before
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After
Commercial Products
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Before
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After
Neat PP
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Before
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After
Developmental Products
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Before
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After
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Decay Rate for Each Packaging Material at Room Temperature
Table on Decay Rate for Each Packaging Material at Room Temperature Category Commercial Products Neat PP Developmental Products Number of Samples 6 6 6 Number of Decayed Samples 3 2 1 Decay Rate(%) 50 33 16 -
Verification of Leading Maintenance Functionality in Clavis Developmental Product Against Decay and Deterioration
Approximately Threefold Improvement in Freshness Compared to Commercial Products