PVC Functional Fabric is a term used in the fashion industry for clothing and other apparel products that have functional properties. These functional properties can be based on chemical additives or physical methods that enhance the textile's appearance, durability, and performance in an application.
The term "PVC Functional Fabric" is gaining popularity in the fashion industry, particularly with brands and companies who seek to offer value propositions beyond just style or design. This includes fabrics that have inbuilt functionalities such as antibacterial, temperature regulating, and water and oil-repellent properties.
Typically, these textiles are manufactured by using different types of fibers that have been treated with chemicals or other agents to achieve specific functions. These treatments may include impregnation, bonding, or finishing.
Aesthetic Performance
The aesthetic performance of a fabric is defined as the way it looks when it's worn, compared to other fabrics that are similar in texture and color. This performance is important to consider because it can make a big difference in the overall look and feel of a garment, but also how the wearer feels when wearing it.
There are many types of aesthetic performance that can be achieved with fabric, but the most common are color, pattern, texture, luster, and opacity. These factors influence the overall look and feel of a garment and can be difficult to measure or quantify.
Comfort
A fabric's comfort is determined by the amount of pressure and strain it exerts on the wearer's body. This can be determined both subjectively and objectively.
These factors include the fabric's weight, fiber type, and thickness. The thickness of the fabric helps determine how well it resists abrasion and cuts but also affects how easily it can be cleaned.
Thermal Insulation
Functional fabrics that are able to insulate the body from extreme temperatures can reduce the risk of heat stroke, cold injuries, and even frostbite. This is especially useful for people who participate in outdoor activities.
UV Protection
These textiles are treated to block harmful ultraviolet rays from the sun, preventing the growth of skin cancer. They are often found in hats, gloves, and swimwear.
Bio-Ecological Finishing
Bio-ecological finishing is an emerging method that uses biological enzymes to enhance the functionality of a textile. This process improves the textile's durability and strength, while also reducing the use of chemicals.
PVC Swimming Pool Liner PVC Pool Liner Material
|
General Properties |
Unit |
Method |
Typical Value |
|
Surface |
g/m2 |
EN ISO 1849-2 |
1850 +/- 5% |
|
Water Absorbtion |
% (Weight) |
EN ISO 62 Method 1 |
≤ 1 |
|
Available Width |
mm |
|
1500-1830 |
|
Physical properties |
Unit |
Method |
Typical Value |
|
Thickness Over Emboss |
mm |
EN 1849-2 |
1,5 +/-5% |
|
Elongation at Break |
% |
EN 12311-2Method A |
15 ≤ E ≤ 30 |
|
Tensile strength at Break |
N/50mm |
EN 12311-2Method A |
≥ 1100 |
|
Peel Resistance |
N/50mm |
EN 12316-2 |
≥ 80 |
|
Tear Strength |
N |
EN 12310-2 |
≥ 180 |
|
Dimensional stability |
% |
EN 1107-2 |
≤ 0,5 |
|
Foldability at low temperature |
°C |
EN 495-5 |
-25 |
|
Welding peel resistance |
N/50mm |
EN 12316-2 |
≥ 80 |
|
Reinforcement (100% PES) |
|
|
|
|
Construction (warp, weft) |
thr/cm |
|
2,8 |
|
Weight |
g/m2 |
|
93 |
|
Fabric |
Tex |
|
110 |
Home