Wholesale Textilene Rubber and Plastic Webbing TSLP-4618 | Quick Dry Technology | Customizable | Supplier
- Model
- Textilene Rubber-Plastic Core Webbing TSLP-4618 Series
Item specifics
- Material Outside
- Textilene
- Material Inside
- Waterproof Rubber
- Feature Attributes
- Resilient Waterpoof
- Color
- Customizable colors
Review
Description
Textilene Rubber-Plastic Core Webbing TSLP-4618 Series Material Introduction
The Textilene Rubber-Plastic Core Webbing PT-4618 series material is a waterproof and quick-drying oval rope webbing designed specifically for outdoor furniture, aiming to provide outdoor rope woven furniture with unique charm. This product features a dual-layer structure, with an inner waterproof rubber core and an outer layer made of solution-dyed polyester material, boasting excellent gloss and color fastness, woven into a structure with neutral extensibility. Such design ensures the product not only has outstanding waterproof and quick-drying properties but also possesses mold resistance, aging resistance, and flame retardancy. The product is available in various color options to meet the diverse needs of designers for color styles, making the selection of the perfect color easy and convenient.
Textilene Rubber-Plastic Core Webbing TSLP-4618 Series Material Specification
Our material products are oval webbing materials specially developed and designed for addressing issues encountered during the long-term use of outdoor furniture. These products feature excellent mold resistance, water resistance, quick drying, high UV resistance, high color fastness, flame retardancy, and environmental sustainability. We offer a wide selection of rope material colors to meet various design requirements, and we also provide color customization based on specific customer needs.
Rubber-Plastic Core Webbing PT-4618 Series Material Parameter
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Material: |
Textilene
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Sample size: |
46x18mm
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Producible Sizes: | 20x10mm-50x20mm | ||
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Function: |
Resistance, Water Resistance, Quick Drying, High UV Resistance, High color Fastness, Flame Retardancy, GLS
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Textilene Rubber-Plastic Core Webbing PT-4618 Available color
Textilene Click on the picture below to customize your own braided rope
Textilene Rubber-Plastic Core Webbing PT-4618 Series Case Studies of Collaborative Clients
Performance Comparison Of Common Textile Fibers | ||
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Performance
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Definition
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Compare (Order from strong to weak)
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Hygroscopicity
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Hygroscopicity refers to fiber materials' ability to absorb orrelease gaseous water in air, having direct effect onwhether the clothing is comfortable to wear.
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wool, jute, viscose, hemp, silk, cotton, vinylon, nylon, acrylic fibres,polyester, polypropylene fiber
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Proportion
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The density of fibers means the fiber weight of unit volume,having relation to the weight of clothing.
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polypropylene fiber, spandex, nylon, acrylic fibres, vinylon, acetate fiberwool, silk, Polyester fiber, cuprammonia fibre, hemp, viscose fibercotton, glass fibre
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Strength
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Strength refers to the needed power to break fibers bystretching. Therefore, the relative strength (maximumpulling strength that per fiber can bear) is used to be thereference value as all kinds of fibers are different in size.
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hemp, nylon, Polypropylene fiber, Polyester fiber, Vinylon, cotton, silkcuprammonia fibre, viscose fiber, acrylic fibres, polyvinyl chloride fiberacetate fiber, wool, saran,spandex
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Elongation | Fiber elongation refers the elongation value when fibeltook break for unbearable to the pulling power. it reflectsfiber's deformation performance. | spandex, polyvinyl chloride fiber, nylon, polypropylene fiber, acrylifibres, polyester fiber, wool, saran, silk, viscose fiber, vinylon, cupram.monia fibre, cotton, hemp, glass fibre |
Wear resistance | Wear resistance refers to the property of fiber that can bearthe outside force repeatedly. | nylon, Polypropylene fiber, Vinylon, polyester fiber, saran, acrylic fibresspandex, wool, silk, cotton, hemp, rich fiber, cuprammonia fibre, acetatefiber, glass fibre |
Elasticity modulus | Elastic Modulus refers to the original status index whenfiber deformed for the pulling power, also named as initia!modulus. The fiber is easily deformed if its elastic modulusis small, it can be deformed heavily by pulling it with slightpower. lf this index is big, which means that fiber hardlybeing deformed until pulling it with stronger force: itreflects fiber's property of stiffness or softness. | hemp, glass fibre, rich fiber, silk, cotton, viscose fiber, polyvinyl chloridefiber, cuprammonia fibre, polyester fiber, acrylic fibres, acetate fibervinylon, polypropylene fiber, wool, nylon, saran |
Sunlight tolerance | It is an indicator about fibers suffered fromdifferent levels of sunlight, which is prettyimportant to the fabrics used in daylighoften. | glass fibre, acrylic fibre, hemp, cotton, wool, acetate fiber,polyester fiber, saran, rich fiber, glossy viscose fiber, vinylonmatte viscose fiber, cuprammonia fibre, spandex, nylon, silk.polypropylene fiber |
What is solution coloring
The solution dyeing method is to add appropriate colorants to the spinning solution, fully mix, dissolve and filter, or quantitatively inject colorants or colored stock solution before entering the spinneret, and then mix in a static mixer to spin into colored fibers. Quanshun's colored polyester yarn, acrylic yarn, polypropylene yarn and other yarns are all made by the solution dyeing process. All the company's pigments are imported color powders from BASF in Germany and Klein in the United States.
Advantages of solution coloring
Uniform coloring: Due to the accurate control of the color content of the dye, the liquid dye can ensure uniform dyeing of the items. Generally, the darker the color, the higher the color fastness, which is the opposite of dyeing.
Bright color: The liquid dye has bright and long-lasting color and is not easy to fade.
Economical and practical: The liquid dye is economical and practical, easy to handle and transport.
Environmental protection: Processing each ton of liquid-dyed fiber into textiles can reduce wastewater discharge by 32 tons, reduce carbon dioxide emissions by 1.2 tons, reduce power consumption by 230 kilowatts, and reduce steam consumption by 3.5 cubic meters.
Home Weaving Method
Own warehouses, workshops and testing rooms to ensure high quality of customized braided ropes
