Composition |
100% melt blown polypropylene |
Pattern |
Sonic bonded selectable |
GSM |
180-500 G/M2 |
Size |
400×500mm or customized sizes |
Thickness |
1-5mm |
Color |
White |
Packing |
Single sheet bag/Carton/Jumbo Roll/ OEM Packing |
MOQ |
200 cartons for finished products or 1000kgs for jumbo rolls |
Application
|
Controlling and absorbing leakage of various oil dirt. |
Absorbing and cleaning the oil dirt on the water surface. |
Controlling the oil stain of the finished product, cleaning the large-area oil dirt. |
Absorbing the oil dirt on the bilge and deck in the repair process. |
Used on the industrial site, such as prevention of accident and injuiry caused by oil leakage in the workshop. |
|
code |
description |
sheet size |
thickness |
case contents |
68331-200 |
200g melt blown oil eater pads single weight |
400*500mm |
2mm |
200sheets/bag/carton |
68331-400 |
400g melt blown oil eater pads double weight |
400*500mm |
5mm |
100sheets/bag/carton |
68341-200 |
200g sonic bonded oil eater pads single weight |
400*500mm |
2mm |
200sheets/bag/carton |
68341-400 |
400g sonic bonded oil eater pads double weight |
400*500mm |
5mm |
100sheets/bag/carton |
68332-200 |
200g melt blown oil eater roll single weight |
400mm*50m |
2mm |
50m/roll*2rolls/bag |
68332-400 |
400g melt blown oil eater roll doble weight |
400mm*50m |
5mm |
50m/roll*1roll/bag |
68342-200 |
200g sonic bonded oil eater roll single weight |
400*500mm |
2mm |
100sheets/roll*2rolls/bag |
68342-400 |
400g sonic bonded oil eater pads double weight |
400*500mm |
5mm |
100sheets/roll*1roll/bag |
About Dual Textured Meltblown fabic
Dual Textured Meltblown fabic is made through a technique called meltblown weaving. The fabric is made by twisting two types of yarns together. This creates a unique texture and appearance on the fabric surface.
Dual Textured Meltblown fabic is made by blowing together two different types of fibers. These two types of fibers can be different types of natural or synthetic materials, creating fabrics with unique textures. Dual Textured Meltblown fabic has many applications including apparel, home decor, and automotive interiors.
Dual Textured Meltblown fabic has several advantages over traditional woven fabrics.
First, it's more durable and less prone to tearing.
Second, it's easier to care for because it doesn't require cleaning.
Third, it can have multiple textures that can add interest and visual appeal to an outfit.
Fourth, its production cost is lower than that of woven fabrics.
Are you interested in other products, click the link to see Oil absorbing meltblown cloth.
What are the characteristics of Dual Textured Meltblown fabic
Meltblown fabric is a type of nonwoven fabric that is made from melted plastic. The melted plastic is extruded through a die with small holes to create long thin fibers. These fibers are then blown onto a conveyor belt to form a fabric. Meltblown fabric is made up of short fibers which makes it strong and durable. It also has a high surface area which makes it ideal for use in filters and absorbent materials.
Dual Textured Meltblown (DTM) is a nonwoven fabric made up of two distinct layers. The inner layer is made up of smaller more densely packed fibers while the outer layer is made up of larger less densely packed fibers. This unique construction gives DTM its distinctive properties: high absorbency high strength and high loft. DTM is often used in applications where these properties are desirable such as in personal hygiene products and in filtration applications.
Dual Textured Meltblown fabric (DTMF) is a type of nonwoven fabric made from 100% polypropylene. It is made using a unique process that extrudes the fabric through two fine mesh screens creating two layers of fabric with different properties. The inner layer is made up of small randomly oriented fibers that give the fabric its soft plush feel. The outer layer is made up of larger more densely packed fibers that give the fabric its strength and durability. DTMF is often used in applications where both softness and strength are required such as in medical fabrics automotive fabrics and filters.
What is the process of Dual Textured Meltblown fabic
Meltblown is a process where two types of fibers are melted and spun together to create a fabric with two different textures. The first layer is made up of shorter finer fibers that are less dense and more absorbent. The second layer is made up of longer thicker fibers that are more dense and provide more structure. This combination of textures makes the fabric more versatile and durable.
The process begins with two types of polymer pellets one for each layer of the fabric. These pellets are melted and drawn through small holes in a spinning plate. The molten polymer is then blown through a spinning wheel with high-pressure air which stretches and cools the polymer into long filaments. The filaments are then drawn through another set of holes in a second spinning plate. This time the holes are smaller which further stretches and cools the filaments into even thinner fibers.
The process of Dual Textured Meltblown Fabric involves two main steps: spinning the fabric and melt blowing. In the first step the fabric is spun into a thin thread. This thread is then melted and blown onto a moving belt. As it cools the fabric becomes two different textures: a smooth side and a textured side. The smooth side is made up of the melted fibers while the textured side is made up of the un-melted fibers. This gives the fabric its unique properties: it is lightweight breathable and has a high surface area.
The process of making dual textured meltblown fabric is actually quite simple. First a sheet of molten plastic is extruded through a die with hundreds of small holes. This creates long thin strands of plastic that are then blown by hot air onto a moving belt. As the strands cool and solidify they bond to one another and form a web-like fabric. This fabric is then passed through a second set of rollers that emboss it with a grid-like pattern. This gives the fabric its distinctive dual texture – a smooth side and a textured side.