Shaanxi Yangling Tianyang UV Materials Co.Ltd
The fibre-cement manufacturing process was invented by an Austrian Ludwig Hatschek in the 1890’s. He combined, after 7 years of experimenting, cellulose, reinforcing fibres and cement in solution in water. This “slurry” was fed into a paper making machine, basically a cylindrical sieve or sieves rotating through the slurry. The solids are deposited on the sieve which on each rotation attracts a layer of the solids and transfers the layer onto a continuous belt. The layers are built up to the desired thickness and then removed and if necessary compressed.
Immediately after it is formed fibre-cement is still pliable. This means it can be moulded into 3 dimensional shapes, can be embossed and because the fibre matrix supports the cement and other solids, can be far thinner than concrete. Random and natural surface effects can be achieved but with the consistency of a production line giving superb levels of control and cost efficiency. By the simple formation of a repeated wave in the wet material, larger panels can be made self-supporting and thereby provide excellent method of cladding large areas.
We (Shaanxi Yangling Tianyang UV Materials Co., Ltd. )produces high-quality ecologically clean UV Cure fiber cement panels with various surface textures for Interior and Exterior architectual cladding applications in Xi'an China Since 1999.
Our UV Cure Fiber Cement Board has the following characteristics:
The hydration process means the material gets progressively stronger, providing concrete like strength but at a much lower weight. The advantage is that a lightweight sheet can be produced which can mimic stone without the low yields associated with extraction, or can reproduce the effect of clay based building products without the need for high temperatures in production. Light in weight it is easier to transport and work on site. Fibre-cement is consequently faster to install and less energy intensive in production, saving cost.
Although there is cellulose (wood fibre) content, because it is held in a matrix of inorganic cement the material has excellent fire resistant qualities, of vital importance for structures for human occupation. The best combustibility ratings can be achieved with the subtlest of variations to the raw materials.
The combination of raw material and matrix structure of fibre-cement also provides excellent durability. Fibre cement is not susceptible to mould or rot damage thereby exceeding the longevity of timber, it contains no metals so will not rust and decay like steel and has low thermal conductivity so will not distort in the prescence of heat like PVC. Fibre cement is however porous thereby making it ideal for use in high humidity climates.With such strengths you would think fibre cement should be used everywhere, and you would be right. We have over 80 years of experience of the use of fibre cement across the varied climates of Europe and beyond. There are manufacturers on every continent testament to the popularity and durability of this amazing material. Talk to Cembrit about what fibre cement can do for your project and join the long line of satisfied users of this exceptional building material!
Below is some project Show of our UV Fiber Cement Board
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