Hand Gloves Box
1)Acrylic Type A glove box: No sample transfer window, must be take it out from the door.
2)Acrylic Type B glove box:There is a sample transfer window, which can protect the gas environment inside the box from being damaged by the outside world.
3)Acrylic Type B glove box:The air in the box can be extracted through the vacuum pump, and then through the high purity dry inert gas into the box, and reach the lower water oxygen content in the box
2.Customization:
1)Single, double, multiple people and other different station boxes.
2)Different shapes, different structures, different applications, different thickness customization options.
3)Doors of different sizes can be opened on any side of the box to facilitate the entry and exit of equipment and accessories.
4)For other optional configurations, contact sales personnel.
***Price List for whole above, inquire us to get
Description
Technical Parameters
The Hand Gloves Box is an indispensable safety equipment designed specifically for individuals working in environments where exposure to various chemicals is a risk. This box is engineered to provide a secure, organized, and easily accessible storage solution for chemical-resistant gloves, ensuring that workers have immediate access to the necessary protective gear when handling hazardous materials.
Typically, the box features a sturdy, durable construction made from materials like high-density plastic or metal, which can withstand corrosive chemicals and maintain structural integrity over time. It is often equipped with a robust locking mechanism to prevent unauthorized access and to keep the gloves securely stored when not in use.Inside, the box is usually partitioned into compartments or equipped with adjustable shelves, allowing for the storage of different sizes and types of chemical-resistant gloves. This organization not only facilitates easy retrieval but also helps in maintaining the gloves in good condition by preventing them from being crushed or tangled.The exterior of the box may include clear labeling for identification and safety instructions, ensuring that users are aware of the contents and the appropriate handling procedures. Additionally, some models are designed with a carry handle or wheels for easy transportation between different work areas.
In summary, the chemical hand gloves box is a vital safety tool that helps protect workers from the harmful effects of chemicals by providing a secure, organized storage solution for their protective gloves. Its robust design, easy accessibility, and organizational features make it an indispensable addition to any workplace where chemical safety is a priority.
Specifications
applications
The chemical hand gloves box, often referred to simply as a glovebox, plays a crucial role in various chemical processes, including the production of magnetic fluids-suspensions of magnetic nanoparticles in a carrier liquid.
Production Environment of Magnetic Fluids
- Oxygen Sensitivity: The active centers of metal-organic compounds are extremely sensitive to oxygen. Even trace amounts of oxygen infiltration can initiate oxidation reactions, altering the structure of metal-organic reagents and disrupting the intended reaction pathway. The advanced gas purification system of the glovebox reduces the oxygen concentration inside to extremely low levels, typically ppm or even lower, creating an oxygen-free environment conducive to the synthesis of magnetic fluids.
- Moisture Control: Many chemical reactions are highly sensitive to water. In the synthesis of magnetic fluids, water can trigger hydrolysis reactions, destroying the reactivity of reagents. The glovebox's efficient dehumidification unit maintains extremely low moisture levels, ensuring that the production process occurs in a dry environment.
- Dust and Particle Control: In the production of magnetic fluids, especially those containing nanoscale magnetic particles, contamination by dust and other particles can significantly impact the properties of the final product. The glovebox provides a particle-free environment, preventing the adsorption of contaminants on the surface of magnetic particles and ensuring the purity and quality of the magnetic fluid.
- Chemical Cross-Contamination Avoidance: The production of magnetic fluids may involve multiple chemical reagents and reactions. The glovebox's isolated experimental space and strict operational procedures prevent cross-contamination between different experiments, ensuring the purity of the chemical environment for each experiment.
- Safety Protection: The production of magnetic fluids may involve toxic, harmful, flammable, or explosive substances. The glovebox's sealed structure effectively confines these dangerous materials within the box, preventing their leakage into the laboratory environment and protecting the safety of experimental personnel.
- Explosion and Fire Prevention: For flammable and explosive organic solvents or metal-organic compounds, the glovebox's explosion-proof design and static elimination measures reduce safety risks during the experiment, ensuring that the experiment proceeds in a safe and stable environment.
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Detailed Application Case
In a specific production process of magnetic fluids, the following steps illustrate the application of a gloves box:
Inside the glovebox, the raw materials required for synthesizing magnetic nanoparticles, such as metal salts or metal-organic compounds, are accurately weighed and mixed.
Using appropriate reaction conditions (e.g., temperature, pressure, and reaction time), the mixed raw materials undergo a chemical reaction to form magnetic nanoparticles. This process is carried out entirely within the glovebox to avoid contamination by oxygen, water, or other impurities.
After synthesis, the magnetic nanoparticles are dispersed in a carrier liquid (e.g., water or oil) to form a magnetic fluid. The dispersion process is also conducted inside the glovebox to ensure that the nanoparticles remain stable and do not aggregate.
Within the glovebox, various analytical instruments and reaction monitoring equipment can be integrated to monitor and analyze the reaction process in real-time. This allows researchers to obtain accurate data on the properties of the magnetic fluid and optimize the production process.
Once the magnetic fluid has been synthesized and characterized, it is carefully packaged and stored in a controlled environment to maintain its stability and performance. The glovebox provides an ideal environment for this packaging and storage process.
In summary, the gloves box provides a controlled and isolated environment that is essential for the production of magnetic fluids. By eliminating the interference of oxygen, water, and other impurities, it ensures the purity and quality of the final product. Additionally, the glovebox's safety features protect experimental personnel from potential hazards and prevent contamination between different experiments.
design characteristics
The chemical hand gloves box, designed specifically for storing and safeguarding chemical-resistant gloves, incorporates a unique feature that sets it apart in safety and efficiency: UV transmittance. UV transmittance refers to the ability of materials to allow ultraviolet radiation to pass through them. In the context of this storage box, the UV transmittance rate is critical as it determines the level of protection provided against UV-induced degradation of the gloves contained within.
Manufactured using advanced materials, the box is engineered to have a controlled UV transmittance rate. This ensures that while necessary amounts of UV light for sterilization or monitoring purposes can penetrate, harmful levels that could compromise the integrity of the gloves are effectively blocked. Typically, the optimal UV transmittance rate for such boxes ranges between minimal to moderate levels, depending on the specific application and the type of gloves stored.
For instance, gloves made of materials sensitive to UV light, like certain elastomers, require a lower transmittance rate to prevent premature aging and degradation. Conversely, gloves that benefit from occasional UV exposure for disinfection might necessitate slightly higher transmittance rates.
In summary, the chemical hand gloves box, with its precisely engineered UV transmittance properties, balances the need for glove preservation with potential UV applications, thereby maintaining the gloves' functionality, durability, and safety for end-users across various industries.
The reason for the price difference
Design and customization requirements
Size and material: Different users may need to choose different sizes and materials according to the specific application scenario. For example, the field of lithium battery research and development and production may need to integrate special equipment such as nitrogen removal devices, hydrofluoric acid removal and carbon dioxide devices, and these customized requirements will increase the complexity and production costs of the product, thus affecting the price.
Functional requirements: The function of the glove box is also diverse, from the basic water oxygen purification function to the complex automatic control function, the price of the glove box with different functions naturally varies.
Appearance design: If the user has specific requirements for the appearance design of the glove box, such as color customization, Logo engraving, etc., it may also lead to an increase in price.
Production equipment and technology
Production equipment: high-precision, full range of domestic and foreign brands of production equipment and equipment can ensure the quality and performance of the product, but these advanced production equipment is usually expensive, maintenance costs are high, so it will push up the price of the glove box to a certain extent.
Production process: The complexity of the production process, the automation level of the production process, etc., will also have an impact on the price. Complex production processes and highly automated production processes usually require higher technical inputs and costs.
Raw materials and parts
Raw materials: high-quality stainless steel, butyl rubber and other raw materials can ensure the durability and stability of the product, but the price is relatively high. Therefore, the price of the glove box with high-quality raw materials will also increase accordingly.
Parts: The filter, purification column, valve and other parts of the glove box also need to choose big brand products to ensure the overall performance. These high-quality components also increase production costs.
Brand effect and after-sales service
Brand effect: Big brands usually have higher brand value and market recognition, and their product quality and after-sales service are more guaranteed. Therefore, the price of glove boxes with high brand awareness is usually higher.
After-sales service: Good after-sales service can ensure that users get timely technical support and maintenance services in the process of use, improve user experience and satisfaction. Therefore, brands that provide perfect after-sales service often include the cost of after-sales service in the price of the product.
Production scale and standardization
Production scale: Large-scale, standardized and modular production can reduce production costs and improve production efficiency, thereby reducing the price of glove boxes. Through large-scale production, the bulk procurement and standardized production of parts can be achieved, and the procurement cost of raw materials and parts can be reduced.
Degree of standardization: Modular design can simplify the entire production assembly process, improve production efficiency and quality stability. These advantages will make the product more competitive and thus potentially lower the price.
Market supply and demand relationship
Supply and demand relationship: The market supply and demand relationship is also one of the important factors affecting the price of glove boxes. When demand is greater than supply, prices usually rise. Conversely, when supply is greater than demand, product prices may fall.
Other factors
Technical content: The technical content of the glove box is also an important factor affecting the price. With more technical content and innovative glove boxes, the price is often higher.
Regional differences: Production costs, tax policies, transportation costs and other factors in different regions will also affect the price of glove boxes.
To sum up, the reasons for the price difference of glove boxes are many, and users should be comprehensively considered according to their own needs and budgets when choosing.
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