The decoration design of the laboratory is generally similar to that of ordinary tooling. The main difference lies in the special construction and selection of water, electricity, wind, materials, processes, and processes. According to different test properties, choose different materials to adapt to the special environment of the laboratory. Such as corrosion depends on whether it is acidic or alkaline, or organic. Of course, the high temperature and low temperature environment of the laboratory must also be considered. Some test areas may take into account the deformation, aging, flame retardancy and radiation of materials.
The decoration design of the laboratory is generally similar to that of ordinary tooling. The main difference lies in the special construction and selection of water, electricity, wind, materials, processes, and processes.
Laboratory waterway problem
The water used in the laboratory is generally: ordinary tap water, distilled water, which is triple distilled water, and ultrapure water, which is ion water. The construction of Sheung Shui should consider safety, science and application. When going to the water, choose the material that is the water pipe and joints according to the specific test. Also consider the separation of water and electricity, the environment around the water pipe, the direction of the waterway, and so on. The launching of the laboratory is generally troublesome, because the launching specifications of the laboratory and the actual national conditions, as well as the specific laboratory or laboratory building environment, are very different. The sewage in the laboratory can be roughly divided into: polluted water and low-polluted water. Low-polluted water generally refers to the condensed circulating water of certain equipment and the waste water used to wash certain containers. There are many areas of polluted water, generally corrosive water such as acid and alkali corrosive water, organic matter corrodes water, inorganic matter polluted water, and heavy metal polluted water.
Laboratory circuit problems
A very important issue in the use of electricity in the laboratory is the use of weak electricity, lighting electricity, safety electricity and test equipment. Among them, the use of electricity for laboratory equipment is the main focus, because laboratory equipment is particularly sophisticated. The principles of these equipment are mostly the action and reaction of the Lorentz force principle, which is controlled by the slight change of current Variety. The problems we need to solve for the electricity use of laboratory equipment are: controlling and reducing the fluctuation of current, reducing or stabilizing the change value of harmonics, reducing or reducing magnetic field interference, and so on. If the electricity problem cannot be solved, it will cause disasters in serious cases. Generally, it will cause damage to the instrument, inaccuracy or instability of the test, and reduced service life of the instrument.
Laboratory exhaust system problems
The exhaust of the laboratory is mainly to solve the safety of the test personnel and the needs of the laboratory environment. The exhaust and supply air of the laboratory mainly considers what environment requires positive pressure and negative pressure, as well as constant pressure. The specific configuration depends on the specific nature of the laboratory to arrange the size of the positive and negative pressure. The exhaust air supply in the laboratory is not like an ordinary office air change. It has very strict requirements on the air path and the direction of the guiding gas. If it is not solved, it will cause gas back-flow and gas can not be discharged, or the odor will still exist in the laboratory with a large amount of exhaust air, and the effect of air exchange cannot be achieved. The specific nature of the laboratory is different, the required positive and negative pressures are different, the air volume and the number of air changes are also different. The specific nature of the laboratory is different, and the relative and absolute changes to be achieved are also very different.
The choice of materials in the laboratory is also very important
Different materials should be selected according to different test properties to adapt to the special environment of the laboratory. For example, corrosion depends on whether it is acidic, alkaline, or organic. Of course, the high temperature and low temperature environment of the laboratory must also be considered. Some test areas may also consider material deformation, aging, flame retardancy, radiation, etc.