TIS 567C Aluminum Wheel - 22x12 Inches, 6x135 and 6x5.50 Bolt Pattern, -44 Offset, 106.2mm Hub Bore

The TIS 567C aluminum wheel offers a robust combination of size and durability, ideal for various heavy-duty applications. With a 22-inch diameter and 12-inch width, this wheel provides a commanding presence and excellent load capacity. Its multi-bolt pattern, including 6x135 mm and 6x5.50 inches, ensures compatibility with a wide range of vehicle configurations. The wheel features a -44mm offset, delivering a balanced stance that enhances vehicle stability and handling. Constructed from high-quality aluminum, it provides strength while remaining lightweight for optimized performance and efficiency. The 106.2mm hub bore ensures a secure fit on compatible hubs, reducing vibrations and improving ride quality. Designed with a conical seat lug nut type, the TIS 567C wheel simplifies installation and removal, making maintenance straightforward. This wheel is finished in a durable coating that resists corrosion and maintains its appearance over time, suitable for demanding driving conditions. Its load rating of 2500 pounds ensures reliable support for heavy loads, making it suitable for trucks and off-road vehicles. The wheel's design incorporates a 4.77-inch back spacing, contributing to its aggressive stance and stability. Overall, the TIS 567C aluminum wheel combines strength, versatility, and style, making it a reliable choice for enhancing your vehicle's appearance and performance.

Features:

• Size: 22x12 inches for commanding presence and load capacity

• Bolt Pattern: 6x135 mm and 6x5.50 inches for versatile fitment

• Offset: -44mm for optimal stance and handling

• Hub Bore: 106.2mm for secure hub fit

• Material: High-quality aluminum for strength and lightweight performance

• Lug Nut Type: 60 Degree Conical Seat for easy installation

• Finish: Durable coating resists corrosion and maintains appearance

• Load Rating: 2500 pounds for heavy-duty applications

• Back Spacing: 4.77 inches for aggressive stance and stability