Tyre-Scrap-Supplier
A waste tire is a whole tire that is no longer suitable for its original purpose because of wear, damage, or defect. Each year, nearly 240 million additional waste tires enter the waste stream, not including the 33.5 million tires that are retreaded.
Tidy Mart is a reckoned name in the field of used tyres supply; we are a leading trader and exporter of Crumb Rubber, Shredded Tyres, Scrap Tyres, Waste Tyres, All types of Scrap Tyre Materials, etc. Involving latest technology and sophisticated methods, our products are accepted by many industries dealing in rubber and allied products.
List of Used Tyre Products.
Tidy Mart is not only deal in trading, liaisoning of used tyres trading and exporting, but also conform to quality standards which are at par with international standards. Years of experience in this field have given them an edge over others. Have been tied up with European Industrial Experts, Years of experience in this field have given them an edge over others.
Uses for Shredded Tires
Primary shredding is the first major step for changing the shape and form of whole tires. Daily cover at landfills and fabricated products, such as athletic, industrial, blasting, and commercial mats, are the two major uses of primary shredded tires.
Secondary shredding, to produce smaller shreds, allows tires to be used in compost and as tire-derived fuel (TDF). In composting projects, tire chips can be used as a bulking agent to increase air flow. Shredded tires have also proven to be an excellent form of industrial fuel when used in fairly small percentages, typically 10 percent or less. TDF has more energy per weight than an equivalent amount of most types of coal. The use of TDF is becoming very popular in certain industries, especially the pulp and paper industry and public power utilities.
Uses for Crumb Rubber
Crumb rubber is generally defined as rubber small enough to be reused in molded or mixed products. Each year about 2.3 million tires are converted to crumb rubber. Its uses include molded rubber products such as wheel chocks, car stops and recycling containers; athletic surfaces; and rubberized asphalt.
Pyrolysis
One final way of dealing with waste tires is pyrolysis, a process used to break a material down into organic compounds with lower molecular weights. Pyrolysis relies on chemical and thermal processes to accomplish this result. The products of tire pyrolysis include a gas, generally used to fuel the process; oil, which usually requires blending or further refining to yield a marketable fuel oil; and a char or black. Typically, a ton of tires will yield 125 gallons of oil and 700 pounds of carbon black.
Tidy Mart assistance in Alternate Fuel
Feel Free to Contact Tidy Mart for Using Used Tyre as an alternate fuel for Cement Factories, We provide End to End solutions for this project with a team of Industrials Experts. Come Lets Join our hands to save our nature resources.
We invite all serious buyers to get in touch with us, for more details please send your requirements to our mail address.

Minerals Trading Services
- 1. Iron Ore
- 2. Manganese Ore
- 3. Coal
- 4. Coking Coal
- 5. Quartz-Silica (SiO2)
- 1. Ferrous Metals
- 2. Non-Ferrous Metals
- Uses Of Used Tyre
- 1. Rice, Grains, Nuts, Oil
- 2. Sugar & Refined Sugar
Metal Trading Services
Used Tyre Trading
Agriculture Commodities
Alternative Fuels
The use of alternative fuels is a well proven and well established technology in most of the European cement industry and this has been the case for more than 10 years. In 1995 about 10% of the thermal energy consumption in the European cement industry originated from alternative fuels. This is equivalent to 2.5 million tonnes of coal. The proportion is gradually increasing and figures above 50% are already achieved in certain regions.
Waste materials which the cement industry has utilised as alternative fuels include used tyres, rubber, paper waste, waste oils, waste wood, paper sludge, sewage sludge, plastics and spent solvents.
The use of waste as alternative fuels in the cement industry has numerous environmental benefits such as:
Reduction of the use of non-renewable fossil fuels such as coal as well as the environmental impacts associated with coal mining.
Contribution towards a lowering of emissions such as greenhouse gases
Maximisation of the recovery of the non-combustible part of the waste and elimination of the need for disposal of slag or ash, as the inorganic part substitutes raw material in the cement