Aluminum wood laboratory bench | Laboratory furniture manufacturer

Aluminum wood laboratory bench | Laboratory furniture manufacturerThe framework is made of aluminum alloy profiles, with epoxy coating on the surface. The aluminum profiles are connected by connectors, with a reasonable structure, strong load-bearing capacity, and high stability. The cabinet is made of melamine board combination. In modern laboratories, steel and wood test benches are generally used, and all steel test benches are more common. Aluminum and wood test benches have been basically eliminated.

Aluminum wood test benches can be classified according to their usage status into integral, lower open, floor standing, double-sided, three sided glass, tabletop, integrated, and fume hoods designed for different experimental needs, including radioactive experiments, synthesis experiments, and perchloric acid experiments. It is quite normal for a fume hood to have cross ventilation issues, and everyone just needs to find a solution in a timely manner after the problem occurs.

Material Description of Aluminum Wood Test Stand:

1. Aluminum wood experimental table top: made of laboratory 12.7mm thick core physical and chemical board, with edges up to 25.4mm on all sides. It is corrosion-resistant, resistant to various strong acids, alkalis, and organic solvents, tough, impact resistant, high temperature resistant to 200 ℃, waterproof, anti-bacterial growth, and free of any toxic substances. It is healthy, environmentally friendly, and anti-static.

2. Aluminum wood test bench cabinet and drawer door panels: The entire body is made of high-quality aluminum alloy profiles, with epoxy coating on the surface. The aluminum profiles are connected by connectors, with a reasonable structure, strong bearing capacity, and high stability. The surface of the board is flat and smooth, without obvious defects such as bubbles, depressions, indentations, scratches, cracks, and pitting. The drilling position is determined by the mold, and burrs should be removed during cutting, drilling, and chamfering.

3. The installation of various accessories should be tight, flat, upright, firm, and the joints should be free of cracks or looseness. Metal accessories should undergo rust removal and anti-corrosion treatment.

4. Aluminum wood experimental platform: gaps between doors and frames, doors and doors, doors and drawers, with a spacing of 1-3mm; moderate elasticity along the upper line, with a length error of ≤ 0.5mm compared to the board length; size error of the wire hole ≤ 0.5mm; drawer sagging ≤ 20mm after extraction, swinging ≤ 10mm; even chamfering of the tabletop, with a chamfering radius of ≤ 2mm; horizontal and stable requirements.

5. Aluminum wood test bench: The surface should be free of adhesive stains, especially the edge sealing and strip surface should be flat and clean.

6. Aluminum wood experimental platform hinges and handles: The hinges are made of corrosion-resistant alloy materials. The handle adopts stainless steel brushed handle.

7. Aluminum wood experimental platform with three sections of guide rails: made of Puxin brand, capable of withstanding a pressure of 30 kilograms, molded with molds, flexible expansion and contraction, and can freely stay in all spaces.

8. Aluminum wood test bench adjustable feet: ABS injection molded adjustable feet, stainless steel metal screws, adjustable height, adjustable range of 30-50mm, anti slip and shock-absorbing.

Laboratory engineering design requirements:

1) The overall layout of the laboratory engineering meets the requirements of the drawing design and is reasonable and orderly;

2) The material and specifications of the high-quality aluminum wood experimental platform in the laboratory meet the design requirements, and the quantity and engineering planning list are *, with valid testing certificates and testing reports;

3) Furniture should be installed correctly, firmly, and tightly, with deviations within the control range of design standards. The components are tightly connected without any exposed contents;

4) High quality aluminum wood experimental platform (* platform and edge platform) has a flat surface, uniform color, and smooth edges. The cabinet is sturdy, the coating on the cabinet board is uniform in color, and the edges are tightly sealed. The cabinet door opens and closes smoothly without any abnormal noise. The laminated board is flat and free of burrs, and the height adjustment buckle is flexible and effective. The back panel edge is tightly sealed without deformation. The baseboard has no deformation when loaded. Adjustable feet are flexible and not easily deformed.

5) The sliding rail of the experimental platform is flexible and effective, with no peeling of paint. The hinges and handles are shiny and rust resistant.

6) The electrical circuit modification is reasonable, orderly, and safe. The power socket is safe and effective, installed in a reasonable position, and does not interfere with experimental operations.

7) The connection parts of the reagent rack are tight and seamless, the layer board is flat, the items are not easy to slip off, and the load does not deform.

The aluminum wood experimental platform is a basic equipment in chemical laboratories and serves as a workspace for conducting experiments. The test bench for conducting chemical experiments cannot be made with ordinary materials and needs to have certain anti-corrosion properties. So why is this? Next, the editor will analyze in detail why the experimental platform for chemical experiments must have anti-corrosion performance.

Perhaps many people are unaware that most of our lives are mixtures of chemicals, such as shampoo or soap, which are products of chemical reactions.

So don't think that things like chemistry are far from our lives. In fact, they have always been in our lives. But even though so many people are still unfamiliar with chemistry laboratories, all the results of chemistry laboratories are changing our lives. In addition to the experimenters themselves, there is also a high-quality aluminum wood experimental platform.

The aluminum wood experimental platform is used for conducting experiments, and different users require different experimental projects. Therefore, most people will customize a suitable experimental platform for themselves in order to better conduct experiments. Here are some tips you need to know about customizing a laboratory bench, which will be helpful for everyone to better customize. The aluminum wood experimental bench is different from other countertops in that it needs to conduct experiments according to specific needs, so there is no fixed shape or size. Its height, color, performance, and other aspects need to be customized according to specific requirements, so the purchase of the experimental bench can only be called ordering. Only by informing the factory of the requirements can they produce something suitable for your use.

When researchers frequently use fume hoods and aluminum wood test benches during experiments, they can quickly exhaust the air in the room. At this time, sufficient fresh air needs to be replenished (no warm air in winter, cool air in summer), and both warm and cool air need to be provided by the fresh air group. This is also a significant energy consumption during the experiment. So, how can we reduce this energy consumption? So we can only intelligentize the fume hood without affecting the work of researchers. When personnel operate in front of the fume hood, the fume hood will exhaust normally. When researchers leave the fume hood, the glass window of the fume hood will automatically lower, reducing the face wind speed and exhaust volume. As a result, the energy consumption of the air conditioner can be reduced to less than 40%.

To ensure both energy efficiency and product safety, it is necessary to add various self powered accessories to the fume hood. We can remind everyone why smart fume hoods are used in laboratories. The main function of high-quality aluminum wood test benches is the exhaust function. In chemical laboratories, various harmful gases, odors, moisture, flammable, explosive, and corrosive substances are generated during experimental operations. In order to protect the safety of analysts and prevent pollutants from spreading to the laboratory, fume hoods and other ventilation devices must be set up near the pollution source.

The so-called experimental bench is actually the tabletop in the laboratory, which is one of the important equipment in the laboratory. The importance of the experimental bench in the laboratory can be seen from many aspects, so we have very high requirements for the design of the experimental bench. It not only needs to have good performance, but also needs to have good materials and meet various needs during our laboratory experiments.

The common experimental platforms in daily life are all steel experimental platforms and steel wood experimental platforms. Due to the need to come into contact with various chemical substances, the material requirements for the experimental platforms are very high.

From the current market perspective, the future development prospects of experimental benches are promising, as the laboratory market is constantly expanding and laboratory work cannot be separated from experimental benches. As long as we focus on the design and innovation of experimental benches, we can occupy a favorable position in the market.