Material Business
Polypropylene MB Media
Manufacture of various grades of filter materials through control the diameter between 0.6 ~ 10um
Mask Filter
Liquid Filter
Air Filter
Polypropylene Melt-Blown Media
Polypropylene
Melt-Blown Media
Melt-Blown materials are made by melting thermoplastic resins such as Polypropylene, Polyethylene, Polyester and Nylon and pressing out them with a fine nozzle. In the stage of the melting is pressing out thorough the nozzle, high-temperature and high-pressure air is applied to stretch and microfine the fibers to create microfibers ranging from hundreds of nanometers to tens of micrometers, and each fiber is randomly laminated to form a porous web. Melt-blown material is a porous material with fine and uniform pores and is used as a core material for mask filters, air filters, oil absorbent fabrics and liquid filters.
Melt-Blown materials are made by melting thermoplastic resins such as Polypropylene, Polyethylene, Polyester and Nylon and pressing out them with a fine nozzle. In the stage of the melting is pressing out thorough the nozzle, high-temperature and high-pressure air is applied to stretch and microfine the fibers to create microfibers ranging from hundreds of nanometers to tens of micrometers, and each fiber is randomly laminated to form a porous web. Melt-blown material is a porous material with fine and uniform pores and is used as a core material for mask filters, air filters, oil absorbent fabrics and liquid filters.
Melt-Blown materials are made by melting thermoplastic resins such as Polypropylene, Polyethylene, Polyester and Nylon and pressing out them with a fine nozzle.
In the stage of the melting is pressing out thorough the nozzle, high-temperature and high-pressure air is applied to stretch and microfine the fibers to create microfibers ranging from hundreds of nanometers to tens of micrometers, and each fiber is randomly laminated to form a porous web.
Melt-blown material is a porous material with fine and uniform pores and is used as a core material for mask filters, air filters, oil absorbent fabrics and liquid filters.
In the stage of the melting is pressing out thorough the nozzle, high-temperature and high-pressure air is applied to stretch and microfine the fibers to create microfibers ranging from hundreds of nanometers to tens of micrometers, and each fiber is randomly laminated to form a porous web.
Melt-blown material is a porous material with fine and uniform pores and is used as a core material for mask filters, air filters, oil absorbent fabrics and liquid filters.
SEM Image of Melt-Blown Media
SEM Image of Melt-Blown Media
Melt-blown is also used as an excellent filter materials by itself and completed as idealized materials through secondary processing.
Mask Filter and Air Filter are purpose to remove fine particles in the air and it is required secondary treatment for electrostatic effect to perform low differential pressure with high-efficiency. ABSFIL apply Water Hydro Charging technology to static electricity on the melt-blown material, and compared to the conventional Corona Charging and Plasma Charging, there is almost no static discharge and the shelf life is longer.
While the reduction in electrostatic force due to water hydro charging is about 2% per year, it is reported that the quality change due to temperature and moisture in products made with conventional technology is extreme even within a few days. Particle Removal Mechanism in liquid filtration is an application where physical filtration by Direct Interception Effect dominates, and in order to realize low differential pressure, long life and high efficiency, fibers constituting the melt blown material Technology to minimize the thickness of (fiber) is required.
Generally, the fiber diameter of melt blown material is around 3~5㎛, and our company is realizing a minimum diameter of 700nm by using resin blending technology and ultra-fine nozzle technology. Compared to conventional materials, melt blown materials completed with this technology form less than half the differential pressure under the same removal efficiency conditions, and it has been confirmed that the filter life is more than doubled.
Mask Filter and Air Filter are purpose to remove fine particles in the air and it is required secondary treatment for electrostatic effect to perform low differential pressure with high-efficiency. ABSFIL apply Water Hydro Charging technology to static electricity on the melt-blown material, and compared to the conventional Corona Charging and Plasma Charging, there is almost no static discharge and the shelf life is longer.
While the reduction in electrostatic force due to water hydro charging is about 2% per year, it is reported that the quality change due to temperature and moisture in products made with conventional technology is extreme even within a few days. Particle Removal Mechanism in liquid filtration is an application where physical filtration by Direct Interception Effect dominates, and in order to realize low differential pressure, long life and high efficiency, fibers constituting the melt blown material Technology to minimize the thickness of (fiber) is required.
Generally, the fiber diameter of melt blown material is around 3~5㎛, and our company is realizing a minimum diameter of 700nm by using resin blending technology and ultra-fine nozzle technology. Compared to conventional materials, melt blown materials completed with this technology form less than half the differential pressure under the same removal efficiency conditions, and it has been confirmed that the filter life is more than doubled.
Melt-blown is also used as an excellent filter materials by itself and completed as idealized materials through secondary processing.
Mask Filter and Air Filter are purpose to remove fine particles in the air and it is required secondary treatment for electrostatic effect to perform low differential pressure with high-efficiency.
ABSFIL apply Water Hydro Charging technology to static electricity on the melt-blown material, and compared to the conventional Corona Charging and Plasma Charging, there is almost no static discharge and the shelf life is longer. While the reduction in electrostatic force due to water hydro charging is about 2% per year, it is reported that the quality change due to temperature and moisture in products made with conventional technology is extreme even within a few days.
Particle Removal Mechanism in liquid filtration is an application where physical filtration by Direct Interception Effect dominates, and in order to realize low differential pressure, long life and high efficiency, fibers constituting the melt blown material Technology to minimize the thickness of (fiber) is required.
Generally, the fiber diameter of melt blown material is around 3~5㎛, and our company is realizing a minimum diameter of 700nm by using resin blending technology and ultra-fine nozzle technology. Compared to conventional materials, melt blown materials completed with this technology form less than half the differential pressure under the same removal efficiency conditions, and it has been confirmed that the filter life is more than doubled.
ABSFIL apply Water Hydro Charging technology to static electricity on the melt-blown material, and compared to the conventional Corona Charging and Plasma Charging, there is almost no static discharge and the shelf life is longer. While the reduction in electrostatic force due to water hydro charging is about 2% per year, it is reported that the quality change due to temperature and moisture in products made with conventional technology is extreme even within a few days.
Particle Removal Mechanism in liquid filtration is an application where physical filtration by Direct Interception Effect dominates, and in order to realize low differential pressure, long life and high efficiency, fibers constituting the melt blown material Technology to minimize the thickness of (fiber) is required.
Generally, the fiber diameter of melt blown material is around 3~5㎛, and our company is realizing a minimum diameter of 700nm by using resin blending technology and ultra-fine nozzle technology. Compared to conventional materials, melt blown materials completed with this technology form less than half the differential pressure under the same removal efficiency conditions, and it has been confirmed that the filter life is more than doubled.
Melt-blown is also used as an excellent filter materials by itself and completed as idealized materials through secondary processing.
Mask Filter and Air Filter are purpose to remove fine particles in the air and it is required secondary treatment for electrostatic effect to perform low differential pressure with high-efficiency.
ABSFIL apply Water Hydro Charging technology to static electricity on the melt-blown material, and compared to the conventional Corona Charging and Plasma Charging, there is almost no static discharge and the shelf life is longer.
While the reduction in electrostatic force due to water hydro charging is about 2% per year, it is reported that the quality change due to temperature and moisture in products made with conventional technology is extreme even within a few days. Particle Removal Mechanism in liquid filtration is an application where physical filtration by Direct Interception Effect dominates, and in order to realize low differential pressure, long life and high efficiency, fibers constituting the melt blown material Technology to minimize the thickness of (fiber) is required.
Generally, the fiber diameter of melt blown material is around 3~5㎛, and our company is realizing a minimum diameter of 700nm by using resin blending technology and ultra-fine nozzle technology. Compared to conventional materials, melt blown materials completed with this technology form less than half the differential pressure under the same removal efficiency conditions, and it has been confirmed that the filter life is more than doubled.
Mask Filter and Air Filter are purpose to remove fine particles in the air and it is required secondary treatment for electrostatic effect to perform low differential pressure with high-efficiency.
ABSFIL apply Water Hydro Charging technology to static electricity on the melt-blown material, and compared to the conventional Corona Charging and Plasma Charging, there is almost no static discharge and the shelf life is longer.
While the reduction in electrostatic force due to water hydro charging is about 2% per year, it is reported that the quality change due to temperature and moisture in products made with conventional technology is extreme even within a few days. Particle Removal Mechanism in liquid filtration is an application where physical filtration by Direct Interception Effect dominates, and in order to realize low differential pressure, long life and high efficiency, fibers constituting the melt blown material Technology to minimize the thickness of (fiber) is required.
Generally, the fiber diameter of melt blown material is around 3~5㎛, and our company is realizing a minimum diameter of 700nm by using resin blending technology and ultra-fine nozzle technology. Compared to conventional materials, melt blown materials completed with this technology form less than half the differential pressure under the same removal efficiency conditions, and it has been confirmed that the filter life is more than doubled.
Filtration Mechanisms
Products made up of Melt-Blown Media
Products made up of Melt-Blown Media
1. Anti-Microbial Media
1. Anti-Microbial Media
Anti-Microbial Melt-Blown Media of non-woven fabric with an antibacterial rate of 99.9% by including antibacterial substances harmless to the human
Anti-Microbial Melt-Blown Media of non-woven fabric with an antibacterial rate of 99.9% by including antibacterial substances harmless to the human
Anti-Microbial Melt-Blown Media
Anti-Microbial Melt-Blown Media
Anti-Microbial Test Results
Staphylococcus aureus
(ATCC 6538, Staphylococcus aureus)
(ATCC 6538, Staphylococcus aureus)
+ Control
Anti-Microbial Media
Streptococcus pneumoniae
(ATCC 4352, Klebsiella pneumoniae)
(ATCC 4352, Klebsiella pneumoniae)
+ Control
Anti-Microbial Media
colon bacillus
(ATCC 8739, Escherichia coli)
(ATCC 8739, Escherichia coli)
+ Control
Anti-Microbial Media
2. Eco-Friendly Biodegradable Media
2. Eco-Friendly Biodegradable Media
Biodegradable non-woven material using eco-friendly plastic made from bio-materials
Biodegradable non-woven material using eco-friendly plastic made from bio-materials
Value Chane for Eco-Friendly Biodegradable Products
Value Chane for Eco-Friendly Biodegradable Products
3. Charged Mask & Air Filter Media
3. Charged Mask & Air Filter Media
High Efficiency and low differential pressure Mask Filter materials with Water Hydro Charging technology.
High Efficiency and low differential pressure Mask Filter materials with Water Hydro Charging technology.
High Efficiency and low differential pressure Mask Filter materials with Water Hydro Charging technology.
4. Ion-Exchange Filter Media
(Ion-Exchange Filter Media)
4. Ion-Exchange Filter Media
Introducing functional group to surface of Filter by apply surface modified technology. Supply best suitable materials according to the industrial area through surface hydrophilization and selective absorption.
Introducing functional group to surface of Filter by apply surface modified technology. Supply best suitable materials according to the industrial area through surface hydrophilization and selective absorption.
Introducing functional group to surface of Filter by apply surface modified technology.
Supply best suitable materials according to the industrial area through surface hydrophilization and selective absorption.
Supply best suitable materials according to the industrial area through surface hydrophilization and selective absorption.
Ion-Exchange Filter Media & Filters
Ion-Exchange Filter Media & Filters
5. Resin for Matte PET Film
5. Resin for Matte PET Film
Widely used to various range of industrial based on high concentration silica particle treatment technology
and polymerization technique.
and polymerization technique.
Widely used to various range of industrial based on high concentration silica particle treatment technology and polymerization technique.
Widely used to various range of industrial based on high concentration silica particle treatment technology and polymerization technique.
Ion-Exchange Filter Media & Filters
Ion-Exchange Filter Media & Filters
Matte PET Chip
Matte PET Film
For stamping
Matte PET Film
Mold release Coating
Printing
Protective coating
Adhesive coating
Fabric
합지용
Matte PET Film
Primer Coating
Adhesive coating
Paper
Transfer
Matte PET Film
Mold release Coating
Printing
Adhesive coating
Wood / Plastic
Label
Printing
Matte PET Film
Vapor deposition
Adhesive coating
Release paper
Application
Eco-friendly leather / Fabric material_FreeTexkin®
Structure
FreeTexkin®
Development concept (Only One Product)
1) Customized Design(BESPOKE) : Various Fabric, DTP, TPEE (Option: Silicone anti-staining coating)
2) Eco-Friendly Materials : Non-dyed, Water-based print, nonsolvent TPEE, Non-toxic → Recycled (All PET group)
3) Hybrid material : Fabric & Film
Strengthen advantage of Fabric : Texture, Color, Pattern
Supplement for the shortcomings of the fabric: wear and tear (film)
4) Low MOQ : 100m
FreeTexkin fabric
STONE BEIGE
BIG FLOWER
STONE BLUE
SMALL FLOWER
FT-DOT
FT-FORMAL
FT-3D
FT-STONE(BLUE)
FT-BABY ILLUST
USE
Furniture and Interior (Prop, Art wall and so on.) ㆍsundry goods, bag, Shoes, Clothes.
Develop Customization / Choice type of Pattern
Prompt response to customer requirement as all the materials (including fabric, DTP, TPEE Flim) of FreeTexkin manufacturer by ourselves.
ㆍHow to : Customized Pattern Development Process (BESPOKE)
ㆍProduction
Reduced Energy Use,
Reduced CO₂ Emissions (Energy)
ㆍSimplified and shortened production process
ㆍMinimal water used, minimal wastewater generated
Increased Welfare of Manufacturing Workforce
ㆍReduced exposure to chemicals
Added Recycled Content
ㆍReusing valuable materials – saving raw materials
→ Recycled polyester (backing fabric); optional
ㆍProduct
Eco-friendly certification
Non-toxic Material
ㆍNO PVC
ㆍNO DME, NO MEX
ㆍSolvent-free
ㆍMinimal VOC
ㆍNO Plasticizers, NO phthalates
ㆍNO formaldehyde
ㆍNO antibacterial additives
ㆍFlame retardant without halogens
