Global Farm Tires Market Insights, Trends & Future Development Status Recorded

Posted by Arslan on February 7th, 2019

The market turnaround brought about by ageing agricultural machinery, and growing emphasis on sustainable agricultural practices for tackling food security, continue to influence demand for farm tires worldwide. With rising pressure on farm fundamentals, OEMs are perceiving demand stoked by the impetus from farmers that seek equipment replacement. Although few farmers still try to squeeze extra work out of their old tractors, a major chunk of the customer base is eyeing to capitalize on benefits offered by the up-to-date machinery. This further has a great influence on demand for farm tires.

Farm mechanization programs being implemented, which aim at integrating use of existing animal and man power with mechanical power sources for enhanced productivity, will further create demand for farm tires in the foreseeable future. Another key demand determinant of farm tires is attractive subsidies offered by governments that are promoting purchases of new machinery and equipment by farmers.

This report foresees the farm tires market to reflect an above-average 6.0% value CAGR between the forecast period 2018 and 2028. Nearly 70,000,000 units of farm tires are envisaged to be sold worldwide by 2028-end.

Farm Tire Market: Influenced by Food Security Compliance through Agricultural Developments

One of the major challenges encountered in sustainable agricultural development is assurance of social security with regard to food security-oriented interventions. Farm mechanization is deemed to offer numerous social and economic benefits to farmers such as improved yield. Looming water scarcity crisis abreast growing requirement for ensuring food security has further complimented the perception of farmers toward farm mechanization as a crucial component reforming future of the agriculture sector.

As mechanization & modernization of agriculture entails the requirement for appropriate machinery, in order to ensure effective and timely field operations, application of agricultural inputs, and reduction in drudgery, farm tires will exhibit a steady rise in demand in the forthcoming years.

Farm Tires: Design Innovations w.r.t Compounds, Structure, Tread Pattern, to Create Demand

Spreading awareness on new technology among farm tire & equipment dealers and end-users has been gaining higher emphasis by the government organizations as well as manufacturers. Agricultural machinery & equipment manufacturers continue to develop heavier, most powerful, and huge tractors and other machinery, thereby creating avenues for increased flexion (IF), very high flexion (VF), and low sidewall technology-based farm tires.

Compounding employed in farm tires, tread pattern, and structure are likely to be key areas of design innovations among farm tire manufacturers. Along with improvements in weight carrying capacity, recent crop science advancements have led toward genetically modified organism (GMO) crops, which are tougher and heartier than previous plant generations. Meanwhile, farm tire makers are seeking new compounds that hold potential in improving stubble resistance, and reducing the tendency for sidewall cracks, which in turn will lure affluent farmers to bank on the imminent new products.

High Load-carrying Capacity & Low-Pressure Farm Tires to Gain Momentum

Over the past couple of years, majority of tire manufacturers have joined the suit of IF, VF, and LSW trend, developing their own versions of tires with flexible sidewalls, which promise lower soil compaction and greater load-carrying capacity. The trend has gained increased emphasis recently, with dramatic rise in size, power, and weight of agricultural equipment.

Current generation of farm tires carry relatively more weight, and are sturdy & resilient in fields against steel and rubber belt-piercing stalks of GMO crops. High performance of these tires on roads at greater speeds for longer distances have augmented their demand among farmers worldwide. Lower-pressure tires that produce larger tire footprint are perceiving higher preference, as they distribute weight of the tractors and other agriculture machinery over the largest possible area for reducing soil compaction.

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Arslan

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Arslan
Joined: December 18th, 2017
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