The Indian tyre and tube industry plays a critical role in supporting the country's expanding road transportation network and growing dependence on automobiles for both commercial and personal mobility. Despite India's extensive railway network, the country's geographical scale and emphasis on balanced development make road transport increasingly important in the coming years.
The tyre industry has continuously upgraded product quality to meet the requirements of Indian automotive manufacturers, vehicle users, prevailing road conditions, and export markets. Significant developments have taken place in tyre design and manufacturing, particularly for passenger cars, light trucks, trucks, and buses. These developments cover tyre construction, strength, sizes, tread patterns, rubber compounding, and overall performance.
The introduction of new passenger cars and light trucks, together with increasing export requirements, has accelerated technological advancement in the industry. Manufacturers are increasingly required to achieve higher dimensional accuracy, improved uniformity, enhanced durability, and longer service life. These factors continue to influence product development, manufacturing processes, material selection, testing requirements, and quality standards across the tyre and tube sector.
| Plant Capacity | Tyre: 500 Nos/Day (Assorted) |
|---|---|
| Land & Building (8000 sq.mt.) | Rs. 4.33 Cr |
| Plant & Machinery | Rs. 1.90 Cr |
| Working Capital for 2 Month | Rs. 3.85 Cr |
| Total Capital Investment | Rs. 10.23 Cr |
| Rate of Return | 42% |
| Break Even Point | 45% |
Automobile tyre manufacturing involves rubber compounding, component preparation, tyre building, curing, and inspection. The process begins with raw materials such as natural rubber, synthetic rubber, carbon black, silica, and other compounding ingredients. Individual components including the inner liner, body ply, sidewalls, beads, belts, and tread are prepared and assembled. The assembled tyre is then cured under controlled conditions to develop its required properties, followed by inspection and testing to verify dimensions, strength, endurance, and other applicable performance requirements.
The main components of a pneumatic tyre include the inner liner, body ply, sidewalls, beads, apex, belt package, tread, and cushion gum. Each component performs a specific structural or functional role. The inner liner helps retain inflation air, the body ply provides structural reinforcement, the beads secure the tyre to the rim, and the belt package contributes to stability and strength. The tread provides contact with the road and is designed according to the intended vehicle and operating conditions.
Common tyre manufacturing raw materials include natural rubber, synthetic rubber, carbon black, fumed silica, antioxidants, antiozonants, and other rubber-compounding ingredients. Different materials are selected and combined according to the required properties of the tyre component. Rubber compounds can be formulated for applications such as tread, sidewall, inner liner, and other tyre parts. The report also covers formulations associated with truck tyres, bus tyres, passenger tyres, automobile tubes, and inner-tube materials.
Pneumatic tyres can undergo dimensional, dynamic growth, strength, endurance, and related quality tests. The report specifically discusses tyre dimensions, section width, dynamic growth, tread wear indicators, plunger testing, and endurance testing. These tests help assess whether tyres meet applicable technical and performance requirements. Testing procedures can include defined preparation, inflation conditions, test apparatus, operating sequences, examination after testing, and assessment of results.
Rubber compounding is important because it determines many of the performance characteristics required from individual tyre components. Different combinations of natural rubber, synthetic rubber, reinforcing materials, additives, and curing ingredients can be used to achieve suitable strength, durability, wear resistance, flexibility, and other properties. The report covers rubber compound formulation and mixing as well as specific formulations for different tyre and tube applications, demonstrating the importance of compound design in tyre manufacturing.
The major stages include raw material preparation, rubber compound mixing, extrusion, component preparation, tyre building, curing, and inspection. Extrusion is used to produce components such as tread and sidewall sections, while tyre building brings the prepared components together in the required sequence. Curing develops the final tyre structure and properties under controlled conditions. Inspection and testing are then carried out to identify dimensional, structural, or performance issues and to verify conformity with applicable requirements.
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