Dominator 75/10 Plate Dowel System is a cutting-edge solution in plate dowel technology, designed for high-performance applications in concrete slab construction. Featuring a constant-width steel plate and a tapered sleeve, the system offers superior performance in a variety of joint widths. The unique design ensures that as joint width increases, lateral movement capacity also increases without compromising the dowel’s strength, making it ideal for projects with dynamic load and movement requirements.
The Dominator Plate Dowel System is engineered to provide high bearing capacity in narrow joint widths, while also offering exceptional bending capacity across a range of joint sizes. Unlike traditional tapered dowel plates, the Dominator’s constant-width plate design ensures that the dowel’s capacity does not decrease as the joint widens. This innovative design helps prevent stress buildup in the slab, reducing the risk of cracking and enhancing the long-term durability of the joint.
The system includes pre-fitted dowel sleeves, which are fixed to the center of the slab before the concrete pour. This pre-installation process simplifies the overall construction, saving time and labor. The dowel system’s ability to accommodate lateral movement ensures that slabs can expand and contract as needed without causing damage, making it perfect for large-scale flooring projects where joint movement and load transfer are critical.
Lesa Dominator Plate Dowel System not only simplifies the construction process by eliminating the need for complex dowel placement procedures but also ensures that your concrete joints remain durable and stress-free for years to come. Its long-term performance and flexibility make it the ideal choice for both residential and commercial slab construction.
Why Choose Lesa Dominator Plate Dowel System?
Lesa Dominator Plate Dowel System offers a robust solution for seamless concrete joint construction, combining efficiency, flexibility, and reliability to provide superior joint performance across a range of construction projects.
