ATLAPEX CONTIRUN Pattern Solid Tire: Premium Solid Tires for Trailers in Aviation Ground Equipment

• In modern airport operations, aviation ground equipment (AGE) serves as the critical link between aircraft and ground services, requiring tires that combine outstanding durability, stability, cleanliness, and zero downtime. The ATLAPEX AP-RIB Pattern Solid Tires including 4.00-8, 2.00-8(12×4), 3.20-8, 3.60-8, 16×5-9, 14.00-20 and 15×4½-8 are professionally engineered to meet the strict requirements of aviation ground support scenarios, providing safe, stable, and longlasting performance for continuous heavyduty operation. With its robust structure, premium materials, and advanced design, this tire has become a reliable solution for baggage tractors, cargo transporters, ground power units, and various airport support vehicles.

• Aviation ground operations demand uncompromising reliability, safety, and precision—every piece of aviation ground equipment (AGE) must perform flawlessly in high-stakes, clean environments to ensure seamless flight operations. From baggage handlers and ground power units to cargo transporters, these critical machines require tires that combine durability, comfort, load capacity, and cleanliness. Introducing the ATLAPEX AP-SM Pattern Solid Tire 18×7×121/8, 12×5×8 and 2.00-8(12×4), purpose-engineered exclusively for aviation ground equipment, integrating advanced solid tire technology, premium craftsmanship, and aviation-grade performance to power your critical ground operations.

• Aviation ground operations demand uncompromising reliability, safety, and precision—every piece of aviation ground equipment (AGE) must perform flawlessly in high-stakes, clean environments to ensure seamless flight operations. From baggage handlers to ground power units, these critical machines require tires that combine durability, comfort, load capacity, and cleanliness. Introducing the ATLAPEX PNSM Pattern Solid Tire 22×14×16, 28×10×22, 28×12×22, 28×16×22, 36x16x30 and 40x16x30, purpose-engineered exclusively for aviation ground equipment, integrating advanced solid tire technology, premium craftsmanship, and aviation-grade performance to power your critical ground operations.

• Metallurgical operations—from steel plants to metal processing facilities—demand equipment that can withstand extreme harshness: heavy loads, abrasive surfaces, metal debris, and non-stop operation. Every component, especially tires, must deliver uncompromising reliability to avoid costly downtime and ensure production continuity. Introducing the ATLAPEX AP-RIB Pattern Solid Tire 14.00-20 and 14.00-24, purpose-engineered exclusively for metallurgical equipment, combining advanced solid tire technology, premium craftsmanship, and metallurgical-grade durability to power your critical operations.

• Metallurgical operations demand rugged, reliable tires that can withstand the extreme harshness of steel plants and metallurgical sites—high temperatures, heavy loads, abrasive surfaces, and metal debris all pose unique challenges to equipment performance. Introducing the ATLAPEX CONTIRUN Pattern Solid Tire355/65-15, 8.25-15, 9.00-20, 10.00-20, 11.00-20, 12.00-20, 12.00-24 and 14.00-24, purpose-engineered exclusively for metallurgical equipment, delivering unmatched durability, safety, and cost-efficiency to keep your critical operations running seamlessly.

• Metallurgical operations demand uncompromising reliability from every piece of equipment—especially ladle carriers, the workhorses that transport molten metal and heavy loads across harsh steel plant and metallurgical site terrain. These critical machines require tires that can withstand extreme industrial stress, heavy payloads, and abrasive surfaces without failure, downtime, or compromise on safety. Introducing the ATLAPEX AP-SM Pattern Solid Tire 12.00-20, purpose-built for metallurgical equipment with a laser focus on ladle carrier performance. Crafted with ATLAPEX’s industry-leading solid tire engineering, premium materials, and a rugged three-layer structure, this tire delivers unmatched durability, safety, and cost-efficiency for ladle carriers and all metallurgical heavy-duty equipment.