Changsha ZMADTO Plywood Co.,Ltd

Cylindrical film faced plywood   reinforcement is a crucial aspect in the construction of cylindrical film faced plywood. Effective reinforcement not only ensures the surface forming effect of the circular wooden formwork but also helps to increase the number of reuses, thus saving costs for clients. Today, we will focus on the three-layer perimeter reinforcement method for cylindrical film faced plywood, which are the key considerations during formwork installation. Reinforcing cylindrical film faced plywood involves three main layers. Firstly, installing a layer of steel straps around the formwork to achieve uniform reinforcement. Secondly, reinforcing vertical timber on the perimeter of the formwork plays a role similar to secondary ribs. Finally, reinforcing the surrounding well frame framework, with a well frame set every 1 meter to increase the stability of the formwork. When reinforcing the first layer of steel straps, it is essential to ensure even spacing. It is generally ...

Eucalyptus wood building formwork   is a high-quality building formwork made from eucalyptus wood, which has many advantages, including high hardness, durability, good stability, corrosion resistance, easy processing and environmental protection. So what are the unique features of all eucalyptus building formwork? ZMADTO  has summarised the following features of all eucalyptus wood building formwork: One of the features is hardness and durability. As eucalyptus is one of the hardwoods, it has outstanding durability and is suitable for construction projects that need to withstand heavy pressure and heavy loads. The second is stability. Eucalyptus wood material is highly stable and not prone to bending, warping or cracking, which ensures stability and consistency of the building formwork during use. In addition, eucalyptus wood is resistant to corrosion. This is due to the fact that eucalyptus wood is enriched with natural rot-resistant agents, which are resistant to fungal and ...

With the widespread application of   high-density boards , their quality is constantly improving. High-density boards are widely used due to their remarkable characteristics. To better utilize this material, let’s understand the operational steps involved in the production process of high-density boards. The production process of high-density boards includes slicing, heat grinding, fiber drying, spreading, hot pressing, and wastewater treatment. Slicing involves cutting the logs into wood chips that meet production specifications, providing conditions for fiber separation and heat treatment. Subsequently, the wood chips are separated into fibers through preheating and cooking processes. The fibers are processed and glued through heat grinding to achieve a moisture content of 50%. After drying and storing for a period, the fibers are transported to the spreading machine using a blower, coarse-shaped through vacuum airflow, and finally formed into boards through a pre-press machine. ...

In the realm of construction and industrial settings, the importance of reliable and sturdy platforms cannot be overstated.   LVL scaffolding planks , boasting a substantial thickness of 39mm, stand out as the go-to choice for ensuring safety and efficiency in various work environments. Crafted from premium Laminated Veneer Lumber (LVL), these planks are synonymous with exceptional strength and durability. Designed to bear heavy loads with ease, they provide a stable and secure working surface for laborers operating at heights—a critical aspect of any construction or maintenance project. The precise construction and consistent thickness of LVL scaffolding planks set them apart from conventional alternatives. This meticulous attention to detail guarantees unwavering performance and reliability on the job site, catering to the specific needs of workers in high-risk settings. Moreover, the smooth surface and robust build of these planks cater to a wide array of scaffolding application...