These parking blocks are engineered for longevity and safety in various environments. Constructed with 80% virgin rubber and 20% recycled rubber, they offer superior resistance to weather conditions, including sunlight and road salt exposure1. The curbs feature heavy-duty reflective stripes for enhanced nighttime visibility, improving overall parking lot safety. Their low-profile design prevents damage to vehicles with low front ends, while the ability to conform to uneven surfaces ensures versatility across different parking areas1.

The UPB01-3004-8 model boasts precise dimensions, measuring 6 feet in length, 4 inches in height, and 5 inches in width. Despite its robust construction, each unit weighs only 34 pounds, making it easy to transport and install1. These parking blocks come equipped with four mounting holes for secure installation on both asphalt and concrete surfaces. For added convenience, all necessary hardware for mounting is included with the purchase, eliminating the need for additional components1.

Unimat Traffic's commitment to quality extends beyond the physical attributes of their parking curbs. These products boast exceptional corrosion resistance, ensuring long-lasting performance even in harsh environments. To back up their confidence in the product's durability, the company offers a generous 5-year limited warranty1. This warranty provides customers with peace of mind, knowing that their investment in parking infrastructure is protected against potential defects or premature wear.

For customers looking to outfit large parking areas, Unimat Traffic offers attractive bulk purchase options. Special discounts are available for orders of 100 pieces or more, providing cost-effective solutions for extensive parking lot installations1. Interested buyers can inquire about these volume-based savings by contacting the company directly at discounts@unimat-traffic.com. This pricing strategy allows businesses and organizations to benefit from economies of scale when implementing parking infrastructure on a larger scale.