Laboratory reagent rack is a specialized apparatus in laboratories for storing various reagent bottles, tubes, etc. Its main purpose is to provide an organized, safe, and easily accessible storage environment for reagents. This helps improve the efficiency of experimental operations, ensures the stability and safety of reagents, and prevents reagent confusion, spills, or contamination.
STRUCTUREAL FEATURE
Diverse Materials: Common ones include stainless - steel, which is highly corrosion - resistant, durable, and easy to clean; aluminum alloy, which is lightweight, high - strength, and aesthetically pleasing; and some are made of plastics like PP (polypropylene), having excellent chemical stability and being resistant to many chemical reagents.
Multi - layer Design: Generally has a multi - layer structure. The distance between layers can be flexibly adjusted according to the height of different reagent bottles, usually ranging from 15 to 30 cm to meet the storage needs of different - sized reagent bottles.
Edge Protection: The edges of each layer of the reagent rack usually have raised guardrails or edges, generally 2 - 5 cm high, to prevent reagent bottles from accidentally slipping during use and provide safety protection.
Customizability: According to the actual needs and spatial layout of the laboratory, the reagent rack can be customized. Dimensions such as length, width, and number of layers can be customized as required, and auxiliary facilities like label bars and hooks can be added for easy identification and classified storage of reagents.
FUNCTIONAL ADVANTAGES
Classified Storage: Enables the classified storage of different types and properties of reagents. For example, organic and inorganic reagents can be separated, as well as oxidizing and reducing reagents, to avoid reactions between reagents that could affect experimental results or pose safety hazards. - Improved Space Utilization: Through reasonable design and layout, the reagent rack can make full use of the vertical space in the laboratory, effectively utilize the limited laboratory space, and increase the storage capacity of reagents.
Easy Search and Access: The reagent rack is usually used in conjunction with labels and markings, allowing experimenters to quickly and accurately find the required reagents, reducing the time spent searching and improving experimental efficiency.
Safety Assurance: The well - designed structure and protective measures can effectively prevent reagent bottles from tipping over or breaking, reducing the risk of safety accidents caused by reagent leakage. Moreover, some reagent racks have functions such as ventilation and light - shielding, which help protect reagents sensitive to environmental conditions.
SPECIFICATION
AVAILABLE RACK
1) Rectangle shape steel column and tray: The column is carefully fabricated with 1.0mm full-thickness cold-rolled steel sheet. Along its length, an adjustment hole is precisely set every 10mm. The tray is made of 1.8mm full-thickness cold-rolled steel sheet. The surface is treated with degreased, pickled, and phosphated for rust prevention, and then electrostatic powder sprayed with epoxy resin protective powder for acid and alkali corrosion resistance.
2) Rhombus shape steel column and tray: The column is carefully fabricated with 1.0mm full-thickness cold-rolled steel sheet. Along its length, an adjustment hole is precisely set every 10mm. The tray is made of 1.8mm full-thickness cold-rolled steel sheet. The surface is treated with degreased, pickled, and phosphated for rust prevention, and then electrostatic powder sprayed with epoxy resin protective powder for acid and alkali corrosion resistance.
3) Rectangle shape aluminum column and tray: The column is carefully fabricated with 1.0mm full-thickness 92mm * 42mm * 1.25mm aluminum alloy specialty extrusions. Along its length, an adjustment hole is precisely set every 10mm. The tray is made of 1.8mm full-thickness cold-rolled steel sheet.
AVAILABLE SHELF
1) Steel shelf: It is equipped with two layers of 10mm thick tempered glass. The edges around are polished into delicate round shapes, feeling smooth and delicate to the touch and not causing any harm to hands at all. A professional aluminum alloy guardrail is firmly installed on the edge of the glass.
2) Glass shelf: It is equipped with two layers of 1.0mm full-thickness cold-rolled steel sheet. The surface is treated with degreased, pickled, and phosphated for rust prevention, and then electrostatic powder sprayed with epoxy resin protective powder for acid and alkali corrosion resistance. with acidic and alkaline solutions.)
