How to Calculate the Weight of Grip Strut Plank Grating

Grip Strut Plank Grating, also known as anti-skid grip strut, is a specialized type of grating material designed to enhance traction and prevent slipping. It is commonly used in various industrial applications for its anti-slip properties, corrosion resistance, and durability. The grating is available in different materials such as regular iron, stainless steel, and aluminum. The manufacturing process involves CNC punching, shearing, bending, welding, and forming, resulting in its distinctive “grip strut” pattern. The iron variant can also undergo hot-dip galvanization for additional rust protection. Notably, the grating comes in different hole patterns, including raised diamond, raised cross, and circular, all achieved through CNC punching techniques.

Applications of Grip Strut Plank Grating

Grip Strut Plank Grating finds utility in a wide range of outdoor and industrial settings, including sewage treatment plants, water treatment facilities, power plants, and other industrial sectors. It serves as an effective anti-slip platform for outdoor areas, vehicle footplates, train steps, and ladder treads. Additionally, it is utilized for mechanical anti-slip measures and interior decoration.

Exceptional Anti-Slip Performance of Grip Strut Plank Grating

Thanks to its innovative “grip strut” design, Grip Strut Plank Grating offers superior anti-slip capabilities. The structure resembles an alligator’s mouth, enhancing the surface’s roughness and providing a smoother surface for various applications. This unique design not only improves grip but also enhances comfort by reducing friction during high-speed movement. This reduction in friction minimizes the force applied to the grating, thus ensuring safety. Furthermore, Grip Strut Plank Grating exhibits remarkable durability, making it suitable for year-round use, even in challenging weather conditions.

Patterns and Uses of Anti-Slip Grating

Anti-slip grating boasts an appealing appearance, slip resistance, enhanced strength, and material efficiency. Its patterns can include flattened bean-shaped, diamond-shaped, circular bean-shaped, and mixed configurations, with the flattened bean shape being the most common in the market.

The patterned steel plate primarily serves the purposes of anti-slip functionality and decorative enhancement. Composite patterned plates, combining various patterns, exhibit superior anti-slip, bending resistance, and metal-saving properties compared to single-pattern plates. Patterns can feature single diamond, flattened bean, or circular bean shapes, and combinations thereof. Surface imperfections, such as bubbles, scars, tears, folds, and inclusions, are not allowed on patterned steel plates.

Due to its raised edges, the patterned steel plate is ideal for flooring, factory staircases, work platforms, ship decks, and automobile undercarriages. It is extensively used as treads for workshop walkways, large equipment, ship walkways, and staircases in industries such as shipbuilding, boilers, automotive, tractors, trains, and construction.

In general, mechanical and engineering performance requirements for patterned plates are not excessively high. Therefore, the quality of these plates primarily lies in pattern coverage, pattern height, and pattern height difference.

Commonly available thicknesses range from 2.0 to 8mm, with widths of 1250mm and 1500mm being standard options.

Calculating the Weight of Grip Strut Plank Grating

To determine the weight of grip strut plank grating, one can calculate the open area ratio (openings-to-total surface area). Begin by calculating the total weight of the entire sheet and then determine the open area ratio within the perforated region. This calculation allows for the estimation of the weight reduction due to the openings, providing an accurate weight measurement for the grating.

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