Crushed tires resulting from the recycling of a mixture of used tires of various categories (pv, cv, gv, hgv, pwv, cev, iv, agrarian, handling, motorbikes, etc).
All the technical features of these tires comply with the regulations and standards requirements of france and of the european union.
The rubber is made of a mix - in variable proportions - of 2 main types of synthetic rubber and of natural rubber. The 2 types of synthetic rubber are :
- the sbr (styrene butadiene rubber)
- the nbr (nitrile butadiene rubber)
Apparent density :
482 kg/m3 or 0, 482 (adimensional).
Industrial process of manufacturing :
Exclusively with a mechanical crushing of the tires at ambient temperature.
The process used does not require and does not reject any kind of solid, liquid or gas additives.
Origin of the product :
Crushed tires resulting from the recycling of a mixture of used tires of various categories (pv, cv, gv, hgv, pwv, cev, iv, agrarian, handling, motorbikes, etc).
All the technical features of these tires comply with the regulations and standards requirements of france and of the european union.
Composition of the product :
Synthetic and natural rubber (98, 7 %), steel (1, 11 %), textile (1, 3 %).
The rubber is made of a mix - in variable proportions - of 2 main types of synthetic rubber and of natural rubber. The 2 types of synthetic rubber are :
- the sbr (styrene butadiene rubber)
- the nbr (nitrile butadiene rubber)
Industrial process of manufacturing :
Exclusively with a mechanical crushing of the tires at ambient temperature.
The process used does not require and does not reject any kind of solid, liquid or gas additives.
Product origin:
Crushed tires resulting from the recycling of a mixture of used tires of various categories (pv, cv, gv, hgv, pwv, cev, iv, agrarian, handling, motorbikes, etc).
All the technical features of these tires comply with the regulations and standards requirements of france and of the european union.
The rubber is made of a mix - in variable proportions - of 2 main types of synthetic rubber and of natural rubber. The 2 types of synthetic rubber are :
- the sbr (styrene butadiene rubber)
- the nbr (nitrile butadiene rubber)
Apparent density:
428 kg/m3 or 0, 428 (adimensional).
Industrial process of manufacturing:
Exclusively with a mechanical crushing of the tires at ambient temperature.
The process used does not require and does not reject any kind of solid, liquid or gas additives.
Natural rubber is an elastic material derived from the latex sap of certain plants primarily the rubber tree Hevea brasiliensis It is a polymer of isoprene CH and is known for its excellent flexibility resilience and waterproof properties
Composition
Main Component Polyisoprene a natural polymer
Other Constituents
Small amounts of proteins fatty acids resins and ash
Water in raw latex form
Processing
Collected as latex and then coagulated using acids
Further processed by rolling drying and vulcanization heating with sulfur to improve durability and elasticity
Uses of Natural Rubber
Automotive Industry
Used in tires tubes belts hoses and bushings due to its flexibility and wear resistance
Footwear
Used to make shoe soles boots and sandals for shock absorption and durability
Industrial Goods
Common in seals gaskets vibration dampers conveyor belts and rubber mats
Medical and Hygiene Products
Used in gloves catheters condoms and medical tubing because of its elasticity and biocompatibility
Consumer Products
Found in rubber bands balloons adhesives erasers and sporting goods
Construction
Applied in roofing materials expansion joints flooring and soundproofing solutions
Natural rubber is an elastic material derived from the latex sap of certain plants, primarily the rubber tree (Hevea brasiliensis). It is a polymer of isoprene (Câ??Hâ??) and is known for its excellent flexibility, resilience, and waterproof properties.
Composition:
Main Component: Polyisoprene (a natural polymer)
Other Constituents:
Small amounts of proteins, fatty acids, resins, and ash
Water (in raw latex form)
Processing:
Collected as latex and then coagulated using acids.
Further processed by rolling, drying, and vulcanization (heating with sulfur) to improve durability and elasticity
Uses of Natural Rubber:
Automotive Industry.
Used in tires, tubes, belts, hoses, and bushings due to its flexibility and wear resistance.
Footwear.
Used to make shoe soles, boots, and sandals for shock absorption and durability.
Industrial Goods.
Common in seals, gaskets, vibration dampers, conveyor belts, and rubber mats.
Medical and Hygiene Products.
Used in gloves, catheters, condoms, and medical tubing because of its elasticity and biocompatibility.
Consumer Products.
Found in rubber bands, balloons, adhesives, erasers, and sporting goods.
Construction.
Applied in roofing materials, expansion joints, flooring, and soundproofing solutions.
Quality: Stable, Good elasticity and Flexibility, self-life over 12 months
Application: Agricultural, Industrial, Electronic, Household, Tie Money, Flower, Hair, Package and Food, etc. Can be used widely as gifts, decorations, mechanical equipment, making gloves, etc.
