Product Description
Wear-resistant pipe fittings, apply anti-corrosion layer and paste anti-corrosion layer on the inner surface of pipe fittings to make the pipe fittings wear-resistant and prolong the service life of the pipe fittings.
Wear-resistant pipe fittings are composite pipes with a wear-resistant layer added to the parts where the engineering is severely worn, which can save energy, reduce emissions, wear resistance, and prevent corrosion.
According to the different wear conditions, there are also different material choices for the wear-resistant pipeline lining. Wear-resistant ceramic pipes lined; wear-resistant alloy pipes; tortoise shell mesh wear-resistant pipe fittings; steel rubber wear-resistant pipes; steel-plastic wear-resistant pipes; wear-resistant cast stone pipes; wear-resistant self-propagating composite pipes; rare earth alloy wear-resistant pipes, etc. .
Wear-resistant ceramic composite pipes are fundamentally different from traditional steel pipes, wear-resistant alloy cast steel pipes, cast stone pipes, steel-plastic and steel rubber pipes. The outer layer of the wear-resistant pipeline is steel pipe or pipe fittings, and the wear-resistant pipeline mainly depends on the inner wear-resistant coating.
Wear-resistant ceramic composite pipes are fundamentally different from traditional steel pipes, wear-resistant alloy cast steel pipes, cast stone pipes, steel-plastic and steel rubber pipes. The outer layer of the wear-resistant pipeline is steel pipe or pipe fittings, and the wear-resistant pipeline mainly depends on the inner wear-resistant coating.
Wear-resistant pipe fittings, cast composite ceramics form a uniform, dense and smooth ceramic layer and transition layer at high temperature and high speed. Because the production process is simple and the cost is low, it is suitable for long-distance transportation of powder, but its wear resistance is slightly worse than that of conventional wear-resistant ceramic pipes. It is generally used as a straight pipe. SMD ceramic composite pipe SMD wear-resistant ceramic pipes are made by sticking alumina ceramic sheets on the inner wall of the pipe with high temperature resistant strong adhesive, and forming a firm anti-wear layer after being heated and solidified. The production process of this kind of product is relatively simple, the production cycle is short, and the cost is relatively low.
Spot Welding Carded Wear-resistant Ceramic Pipes Spot Welding Carded Wear-resistant Ceramic Pipes are made by using high temperature resistant strong adhesive to paste an alumina ceramic sheet with a hole in the middle on the inner wall of the pipe, and at the same time cooperate with the spot welding process to pass the ceramic through the small hole It is firmly welded to the inner wall of the steel pipe. In order to protect the solder joints, a ceramic cap is screwed on. Each piece of porcelain is not only pressed and inserted into each other, but each piece of porcelain forms a trapezoidal angle, so that the tiles are tightly connected and there is no gap; when the last piece of a circle is tightly embedded, a 360° mechanical freedom is formed between the tiles. Locking force. The production process of this kind of product is relatively complicated, the production cycle is long, and the cost is high.
One-piece wear-resistant ceramic pipe The full name of one-piece wear-resistant ceramic pipe is ceramic-lined composite pipe, which is assembled by pouring ceramic pipe fittings into steel pipes with special fillers after firing them as a whole. The pipeline has a smooth inner wall, good sealing performance, and good wear resistance and corrosion resistance. However, this kind of product has a long production cycle and high cost. The composite pipe has good comprehensive properties such as wear resistance, heat resistance, corrosion resistance, mechanical shock resistance and thermal shock resistance, and good weldability. It is an ideal wear and corrosion resistance pipeline for conveying particulate materials, grinding, corrosive and other media. It can be widely used in electric power, metallurgy, mining, coal, chemical and other industries.
