What are the specifications of solid tires?
3 Answers
Solid tires have the following specifications: Tire specifications and models: 4.00-8, 5.00-8, 6.00-9, 6.50-10, 7.00-9, 7.00-12; 8.25-15, 7.50-15, 7.00-15, 300-15, 250-15, 9.00-20, 10.00-20, 18x7-8; 21x8-9, 23x9-10, 23x10-12, 27x10-12, 15x4-1/2-8, 16x6-8, 200/50-10, 16x7x10-1/2, 16x6x10-1/2, 18x8x12-1/8, 18x9x12-1/8, etc. Performance of solid tires: Solid tires have low starting resistance, simple structure, convenient use and maintenance, minimal repair workload, no need for inflation, and no risk of air leakage or tire blowouts. Therefore, solid tires offer good safety, durability, puncture resistance, tear resistance, and cost-effectiveness.
Solid tire specifications are actually quite diverse. In my daily work, I mostly deal with industrial equipment. For example, common forklift sizes are 4.00-8 or 6.50-10, where these numbers represent width and rim diameter. Additionally, golf carts often use 16x6.50-8 specifications, while street sweepers may use 5.30-12. Size directly correlates with load capacity: for instance, 6.00-9 is suitable for heavy-duty material handling, whereas smaller sizes may lead to overpressure deformation. I recommend selecting the correct specification to reduce wear and extend service life. The advantage of solid tires is that they don't puncture, but their shock absorption is inferior to pneumatic tires, so speed should be controlled on rough roads. Regularly check that the tire matches the rim hole position to prevent loosening and vibration. Application scenarios also affect specifications: construction machinery like loaders may use 7.00-12. In any case, consulting the vehicle manual is the most reliable approach.
When it comes to solid tire specifications, I focus on the differences in types for daily use. Common sizes like 4.50-6 or 500-8 have width units in inches, with wheel hubs around 8 inches. These specifications determine load capacity and stability: narrower ones like 3.00-4 are used for light-load equipment and are prone to tipping. In terms of materials, solid rubber is durable but heavy, so specifications must match the application—for example, AGV carts use 4.00-8 size to avoid excessive friction wear. I also noticed significant price differences: small sizes are cheaper but have a shorter lifespan, while larger ones like 6.00-9 are more efficient in industrial settings. Before choosing, check the vehicle manual and test-fit to ensure the size is appropriate. In terms of maintenance, precise specifications can prevent uneven tread wear.
