Crop Max operates as a private label agricultural tire brand built by American Omni Trading Company, located in Katy, Texas, specializing in comprehensive farm tire solutions designed for tractors, wagons, implements, combines, and highway service applications. Manufactured in Bangkok, Thailand, Crop Max leverages American Omni's extensive tire expertise and strategic positioning within their diverse brand portfolio that includes Deestone, Lancaster, MRL, Omni Cargo, Omni Trail, Transmax, Thunderer, Venezia, and Vercelli. The brand emphasizes agricultural performance with self-cleaning tread designs, high flotation capabilities to reduce soil compaction, and high-density rubber compounds for improved puncture resistance.
Crop Max offers comprehensive tire solutions for agricultural equipment, farm tractors, passenger cars, SUVs, light trucks, and specialized farming applications through diverse product lines including F-2 Agricultural Tractor Bias Steering Wheel Tri-Rib tires, F-2M Multi-Rib Side-slip Resistant tires for general farm work, R-1 Drive Wheel tires for high torque tractor applications, and I-1 Multi-Ribbed tires for free rolling wheels. The irrigation tire line ranges from 11.2-24 to 11.2-38 sizes, providing specialized solutions for irrigation equipment. Each tire model emphasizes all-round performance and confidence for demanding agricultural operations.
Crop Max maintains competitive positioning through American Omni's territory protection programs for dealers and comprehensive agricultural tire expertise developed through decades of industry experience. The brand provides dependable tire solutions for motorcycles, aircraft ground support, commercial vehicles, and specialty equipment while maintaining focus on agricultural applications requiring exceptional durability and performance. With manufacturing in Thailand and American distribution networks, Crop Max continues advancing agricultural tire technology while delivering reliable solutions for farming operations, combines, wagons, and implements across challenging agricultural environments requiring superior traction, flotation, and puncture resistance for optimal field performance and productivity.