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|Advantage:||Easy Molding And Process: Using The Same Shooting-out Machine Of TPR Or Air-blow Machine Of PVC.||Feature:||Abrasion Resistance: FTR Can Reach The Level Of DIN ≤ 200mm3|
|Characteristic:||At -20 Deg.C After 60000cycles: No Significant Increase In Length Of The Initial Cut (15mm).||Application:||It Is Is Mainly Applied To Outsole And Insole Of Sports Shoes, Fashion Leisure Shoes, Child’s Footwear Etc.|
|Low Density:||The Density Of FTR Is Between0.65-0.8g/cm3. It Also Can Be Adjusted The Density According To Requirements.|
Foaming thermalplastic rubber FTR , lightweight thermoplastic rubber , synthetic thermoplastic material
FTR is a new lightweight foaming elastomeric composite material which is a kindly of thermoplastic foaming rubber. This material has a good performance: it has characteristics such as light weight, environment friendly, high elasticity, anti-abrasive, good cold resistance and weatherability. It has appearance of the rubber, and dual density with two colors, easy molding and process.
This material is mainly applied to outsole and insole of sports shoes, fashion leisure shoes, child’s footwear etc.
Characteristic of FTR:
|Characteristic of foaming thermoplastic rubber FTR||Low density: The density of FTR is between0.65-0.8g/cm3. It also can be adjusted the density according to requirements.|
|Hardness: 10-65 Shore A.|
|Abrasion resistance: FTR can reach the level of DIN ≤ 200mm3|
|Non-yellowing: (anti-ultraviolet) ≥Level 4|
|Slip resistance: Dry slip ≥1.3, wet slip≥ 0.45|
|Ross flexing resistance:
At 23 deg.C after 60000 cycles: No significant increase in length of the initial cut (15mm).
At -20 deg.C after 60000cycles: No significant increase in length of the initial cut (15mm).
|Tensile strength: More than 800kpa (8kgs)|
|Elongation at break: More than 500%|
|Compressive deformation: Compression set≤ 50%|
|.Environment friendly: Reach the highest environmental protection standards of USA and Europe.|
|Easy molding and process: Using the same shooting-out machine of TPR or air-blow machine of PVC.|
|Recycling: All leftover materials are recyclable.|
|Glue: Easy injection molding.|
FTR reaches the below standards (Europe):
Heavy metal contends
LFGB Section 30
FTR reaches the below standards (USA):
Heavy metal contends
Material of sole:
2, rubber and rubber and thermoplastic elastomers and class and thermoplastic elastomer, rubber and plastic by physical blending or chemical method and a new type of material, overcomes some shortcomings of the two materials, are the ideal shoes with synthetic material, it has light and waterproof, corrosion and abrasion resistance is good wait for a characteristic, is widely used for making shoes, such as end of imitation leather, EVA rubber soles, etc. Rubber and plastic, collectively known as Rubber and plastic, are ancillary products of oil. They are all the same source, but in the process of making a product, it is different and different. Rubber is widely used in tyres, and plastics are becoming more and more widely used in everyday life as technology and markets become more and more widely used.
Simply put, the most essential difference between plastic and rubber is plastic deformation when plastic occurs and rubber is elastic. In other words, plastic is not easy to recover from, and rubber is relatively easy. The elasticity of plastic is small, usually less than 100%, and rubber can reach 1000% or more. Most of the molding process of plastic is finished. The rubber molding process needs to be cured after completion.
Plastic and rubber are of high polymer material, is mainly composed of two kinds of carbon and hydrogen atoms, while others contain a small amount of oxygen, nitrogen, chlorine, silicon, fluorine, sulfur atoms, such as its special performance and use is also special. At room temperature, plastic is solid, very hard and cannot be stretched. And the rubber hardness is not high, elastic, can stretch longer, stop stretching and can return to the original. This is due to their different molecular structure. Another difference is that plastic can be recycled repeatedly and reused, while rubber can not be recycled directly. It can only be processed into reclaimed rubber before it can be used. The shape of the plastic at 100 to 200 degrees is similar to that of rubber at 60 to 100 degrees.