It is understood that many factories laying on the ground floor of the emergence of aging, cracking and other phenomena, it is because the external environment destruction, or qualitative own this happen? Actually, the reason these two have, and even man-made factors.
External environmental factors
Some factory floor environment is zirconia flap disc laid in the open space, which makes floor laying susceptible to wind and sun, thus exacerbating the aging ground even cracking.
Construction workers at fault
Floor during the time of construction, quality control of construction workers is not good, some of the gaps untreated well, resulting in the latter part of the gap widen, there will be ground cracking, aging problems.
Floor above is the reason why the aging, cracking reason, that there is any way to slow down the aging floor problem? Recommend the use of silicon carbide wear-resistant flooring.
Wear-resistant floor while pouring abrasive sanding belt concrete construction with a special floor, in terms of aesthetics has improved greatly over the concrete floor; but its still high flatness, easy maintenance and long life advantages. For the quality and safety performance after the device after the factory provides a strong guarantee. Emery wear while the ground floor reinforced concrete abrasion resistance, impact resistance degrees. Greatly increasing the density of concrete to reduce the effect of dust, increasing the oil repellency of the surface, forming a dense, easy sandpaper roll to clean, impervious surface. Construction with concrete floor, short construction period. Durability, and reduced costs due to the cyclical thickening of the surface coating or brought. From the ground than the non-metallic dust hardened less apparent as shining like a starry night, better impact resistance, but also has some anti-static effect.
Metal cutting theory and practice in the production of cutting experiments, summed up the metal cutting process on basic physical phenomena variation theory. These basic physical phenomena, including: cutting deformation, cutting force, cutting temperature and tool . Learn and master these rules, in order to improve the productivity of machining, processing quality and lower production costs.
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