Clantech Solutions And Services Private Limited

A Chemical Industries Glove Box is a specialized, sealed enclosure designed for handling hazardous or sensitive materials safely within chemical and laboratory environments. This glove box features airtight construction to protect both the user and the materials from contamination, exposure, or cross-contamination. The box is equipped with robust, chemical-resistant gloves that extend into the chamber, allowing the user to manipulate substances or equipment inside without direct contact.

Key features include:

• Material: Usually constructed from stainless steel or clear, durable acrylic for visibility and resistance to chemicals.
• Atmosphere Control: Some models include inert gas purging or humidity control to maintain a stable, contaminant-free environment.
• Vacuum and Pressure Control: These glove boxes often support pressure adjustments to accommodate various sensitive materials.
• Pass-Through Chambers: Allows the transfer of materials without breaching the controlled environment inside the main chamber.

The glove box is ideal for handling toxic chemicals, radioactive materials, or biologically sensitive samples, ensuring safety and precision in complex chemical processes

An inert atmosphere glove box is a sealed enclosure designed to create a controlled environment, typically an atmosphere of inert gas like nitrogen or argon, to protect sensitive materials or processes from reactions with oxygen or moisture. It allows users to handle air-sensitive materials without direct contact with the surrounding air. Here's a more detailed look:Key Features:

• Sealed Enclosure:The box is hermetically sealed to prevent air from entering and maintain a controlled atmosphere. 
• Inert Gas Atmosphere:The internal air is replaced with an inert gas like nitrogen or argon, which does not react with most materials. 
• Glove Ports:One or more glove ports are attached to the box, allowing the user to manipulate materials inside using gloves without breaking the seal. 
• Monitoring and Control:Systems are in place to monitor oxygen and moisture levels, and sometimes pressure, to ensure the controlled atmosphere is maintained. 
• Purification System:Many glove boxes include purification systems to remove any remaining trace amounts of oxygen and water vapor from the inert gas. 
• Optional Features:Glove boxes can be customized with various features, such as refrigerators, cold wells, electrical leads, and solvent taps, to suit specific needs. 

Applications:

• Handling air-sensitive materials:Ideal for working with organometallic compounds, pharmaceuticals, and other materials that are easily affected by air.
• Anaerobic experiments:Allows for the study of reactions that cannot occur in the presence of oxygen.
• Industrial processes:Used in welding, additive manufacturing, and other industrial applications where a controlled atmosphere is needed.
• Research and development:Supports a wide range of research activities, including material science, polymer science, and chemical synthesis. 

Additional Information:

• Item Code: 112
• Production Capacity: 10 per month
• Delivery Time: 60 days
• Packaging Details: Wooden Box

Controlled Atmosphere glovebox (or glove box) is a sealed container that is designed to allow one to manipulate objects where a separate atmosphere is desired. Built into the sides of the glovebox are gloves arranged in such a way that the user can place their hands into the gloves and perform tasks inside the box without breaking containment.             

Our company has achieved widespread recognition in providing Industry Glove Box.

Price Range: 15 Lakh-25 Lakh/Unit

Other Details:

A glove box is a sealed container that is designed to allow one to manipulate objects where a separate atmosphere is desired. Built into the sides of the glove box are gloves arranged in such a way that the user can place their hands into the gloves and perform tasks inside the box without breaking containment. Part or all of the box is usually transparent to allow the user to see what is being manipulated. Two types of glove boxes exist. The first allows a person to work with hazardous substances, such as radioactive materials or infectious disease agents, and the second allows manipulation of substances that must be contained within a very high purity inert atmosphere, such as argon or nitrogen It is also possible to use a glove box for manipulation of items in a vacuum chamber

Advanced research and development in chemicals, nuclear energy, pharmaceuticals, and biotechnology have brought new problems in the handling of dangerous chemicals and toxins. Toxic levels often exceed the capabilities of fume cupboards, and complete isolation becomes paramount.

Generally, Glove Boxes, Fume Cupboards, and Enclosures are constructed of steel or aluminum. In instances where fumes are liberated and acids used, rapid corrosion of the box surface can occur. The high chemical resistance of glass reinforced plastic glove boxes ensures efficient and economic handling of material in the corrosive atmosphere.

To avoid contamination all surfaces internally are highly polished with generously rounded corners, and the elimination of metallic material in this type of construction is of great assistance for analytical work.

Often an experimental or manufacturing situation may arise which demands particularly specialised equipment. Macpro offers the full design and consultancy facilities to overcome the problem of non-standard applications.

Our technical sales staff will be pleased to discuss your requirements either at your premises or ours.

Glove Boxes are constructed from 5mm thick glass reinforced plastic with 6mm thick perspex viewing panels integrally molded into the box shell during construction. Viewing panels can alternatively be supplied in either acrylic, polycarbonate or P.V.C. to cater for chemical laboratory operation as well as alpha activity work. Designed to eliminate corrosion, coupled with a translucent shell to give a maximum amount of diffused light to all areas of the interior, these qualities make the boxes ideal for handling radioactive materials or processes requiring an inert or controlled atmosphere.These glove boxes also regulates Humidity Control These modules monitor and regulate the process gas to maintain the humidity level you specify. Low-humidity modules achieve desired conditions by regulating the purge gas (nitrogen, argon, or dry air).

Additional Information:

• Production Capacity: Any
• Delivery Time: 90 days
• Packaging Details: As per client

Clantech hermetic, positive and negative pressure glove boxes are tailored to meet our varied manufacturing and institutional customers’ needs perfectly. It starts with our commitment to excellence in service and design and that commitment runs right through our component selection decisions, assembly, and quality assurance measures. Our glove boxes are designed around a modular platform that allows rapid delivery and provides customers the ability to expand existing cells with new enclosures to meet increasing workflow requirements easily. They also empower users and production managers to have ultimate control over the chamber’s inner atmosphere and the working conditions in and around the enclosure at-large.An inert atmosphere glove box is a sealed, enclosed workspace designed to handle and process materials that are highly sensitive to air or moisture, such as pyrophoric or hygroscopic substances. It creates a contamination-free environment by removing and displacing oxygen and humidity from the internal atmosphere, which is then replaced with a pure, dry inert gas like nitrogen or argon. Researchers or technicians use gloves built into the glove box walls to interact with the contents while maintaining this highly controlled atmosphere, which is kept at extremely low levels of oxygen and moisture (often below 1 ppm). Key Features

• Sealed Enclosure:The entire glove box is designed to be airtight, preventing the intrusion of external air and moisture. 
• Glove Ports:Built-in ports with durable gloves allow users to manipulate materials and equipment inside the box without breaking the seal. 
• Inert Gas System:The chamber is filled with a purified, dry inert gas, typically nitrogen or argon, which does not react with the sensitive materials. 
• Purification and Regeneration System:A system removes contaminants and regenerates the inert gas, maintaining extremely low levels of oxygen and moisture. 
• Antechamber:Often, a separate airlock or antechamber is included for safely introducing or removing items without disrupting the main inert atmosphere. 

Purpose and Applications

• Preventing Reactions:It protects highly reactive, oxidizable, or moisture-absorbing substances from degrading or reacting with air and humidity. 
• Scientific Research:Essential for conducting strict anaerobic experiments, organometallic chemistry, and research in material and polymer science. 
• Industrial Processes:Used in manufacturing processes like additive manufacturing, laser welding of advanced alloys, and the packaging of sensitive products. 
• High-Tech Applications:Found in the production of pharmaceuticals, advanced material development, and handling components in nuclear and aerospace industries. 

Additional Information:

• Item Code: 001
• Production Capacity: 36 per annum
• Delivery Time: 60 days
• Packaging Details: Wooden Pallet Packing, -Seaworthy packing is specialized packaging for goods shipped by sea, designed to withstand harsh maritime conditions like humidity, saltwater, and physical impacts to prevent damage. It involves using durable materials like strong wood, steel, or plastic, incorporating barrier protection (e.g., VCI paper, desiccants) against moisture and corrosion, and often includes features like ventilation and reinforced construction to ensure cargo arrives intact at its destination.

A High Vacuum Sceintific Glove Bix  combines the best of a vacuum chamber and a glove box. A water-tight enclosure with two glove ports allows for the manipulation of objects within the main chamber. With the help of a vacuum pump, gases are removed from the main chamber and replaced with nitrogen or argon gas creating an inert atmosphere.

This unique piece of laboratory equipment allows researchers to perform experiments in low-pressure, non-combustible environments that require the user to manipulate objects or non-harmful substances

Additional Information:

• Production Capacity: Any
• Delivery Time: 90 days
• Packaging Details: As per the requiremnt

An inert gas Sceintific  glove box is an enclosed area used for the handling and storage of compounds and processes that are sensitive to air or moisture. Its oxygen level and hygrometry are kept below 1 ppm. The air inside the enclosure is replaced by inert or neutral gas, i.e. argon, nitrogen or helium.
The glove box works by containing a closed circulation loop which utilizes a blower, plumbing, and a purifier to maintain H2O and O2 levels lower than 1 ppm. The atmosphere is purified by air circulation through a catalyst bed to remove moisture and oxygen. The catalysts include copper based particles to remove O2 and molecular sieves to remove H2O. After 3-6 months usage, the catalysts need to be regenerated by isolating the catalysts from the glovebox and exposing them under 5% H2 in N2 and heating to reduce the formed copper oxide to metallic copper. Certain volatile chemicals such as halogenated compounds and strongly coordinating species (thiols) should be excluded from the glovebox because they have a high propensity to poison the catalysts. Instead, experiments involving these types of chemicals should be conducted in a Schlenk line.

Initial training and proper operation are important for the safe use of the glovebox. All chemicals must be degassed and dried before being placed into the glovebox. Glass vessels or flasks must be evacuated before placement in the antechamber to avoid explosion due to the pressure difference. Sharps should be carefully handled and avoided if possible when working with the glovebox to avoid possible damage to the glove. Furthermore, secondary nitrile gloves must be worn to protect the glove when working with solvents. Aqueous solutions, alcohols, and acetone should not be used in the glovebox in order to ensure the glovebox environment is free of H2O and O2, which may help protect the glove over its lifetime. Compared to the glovebox, there are fewer requirements regarding the suitability of samples for the Schlenk line. However, there are other safety concerns when using schlenk line, such as ensuring glassware is not cracked, the possibility of over-pressurization of the glass schlenk line, and the use of liquid nitrogen in the pump trap could lead to the possible condensation of oxygen, if a leak exists in the schlenk line.

Additional Information:

• Item Code: Alphaline200series
• Production Capacity: 100
• Delivery Time: 75 days
• Packaging Details: Seaworthy Wooden Packing

CLANTECH GLOVE BOX, are designed to create inert atmosphere inside the chamber mainly for research and development and production. It allows an operator to maintain inert atmosphere with hermetically sealed enclosure, by removingO2, H2O but, create a clean atmosphere too, by continuous monitoring and removal of solvent vapors, dust and hazardous particles, solvent absorption, gas purification through molecular sieves, copper catalyst, activated carbon etc. or any catalyst based on the process, and dust particles are removed through high quality HEPA 13/14 filters,. CLANTECH, also provides gas regeneration with efficient recirculation system, to reduce the recurring cost of dry gases, CLANTECH GB, are controlled by microprocessor based program logic control to manage the entire activities, by a Human Machine Interface (HMI)can be programmed and can be remotely managed.

Additional Information:

• Production Capacity: Any
• Delivery Time: 90 days
• Packaging Details: As per customer

An R&D Lab Glove Box is a sealed and controlled environment used in research and development labs for handling sensitive materials and experiments that require isolation from atmospheric contaminants, such as oxygen and moisture. It is typically constructed from stainless steel or high-grade plastic, with transparent acrylic or glass panels for visibility. The glove box features integrated, high-dexterity gloves that allow users to manipulate items inside without direct contact, ensuring safety and sample integrity.

Key features may include:

• Inert Gas Purging System: Allows purging with inert gases like nitrogen or argon to create an oxygen-free or moisture-free environment.
• Vacuum and Pressure Controls: Maintains specific atmospheric conditions inside the chamber.
• Airlock System: Facilitates the transfer of materials without compromising the internal atmosphere.
• HEPA Filtration: Ensures high air purity by filtering out particulates.

These glove boxes are commonly used in applications involving hazardous chemicals, biological samples, and sensitive material testing.

Additional Information:

• Production Capacity: As per requirement
• Packaging Details: Export worthy packaging

Our company has achieved widespread recognition in providing Industry Glove Box.

Price Range: 15 Lakh-25 Lakh/Unit

Other Details:

A glove box is a sealed container that is designed to allow one to manipulate objects where a separate atmosphere is desired. Built into the sides of the glove box are gloves arranged in such a way that the user can place their hands into the gloves and perform tasks inside the box without breaking containment. Part or all of the box is usually transparent to allow the user to see what is being manipulated. Two types of glove boxes exist. The first allows a person to work with hazardous substances, such as radioactive materials or infectious disease agents, and the second allows manipulation of substances that must be contained within a very high purity inert atmosphere, such as argon or nitrogen It is also possible to use a glove box for manipulation of items in a vacuum chamber

Advanced research and development in chemicals, nuclear energy, pharmaceuticals, and biotechnology have brought new problems in the handling of dangerous chemicals and toxins. Toxic levels often exceed the capabilities of fume cupboards, and complete isolation becomes paramount.

Generally, Glove Boxes, Fume Cupboards, and Enclosures are constructed of steel or aluminum. In instances where fumes are liberated and acids used, rapid corrosion of the box surface can occur. The high chemical resistance of glass reinforced plastic glove boxes ensures efficient and economic handling of material in the corrosive atmosphere.

To avoid contamination all surfaces internally are highly polished with generously rounded corners, and the elimination of metallic material in this type of construction is of great assistance for analytical work.

Often an experimental or manufacturing situation may arise which demands particularly specialised equipment. Macpro offers the full design and consultancy facilities to overcome the problem of non-standard applications.

Our technical sales staff will be pleased to discuss your requirements either at your premises or ours.

Glove Boxes are constructed from 5mm thick glass reinforced plastic with 6mm thick perspex viewing panels integrally molded into the box shell during construction. Viewing panels can alternatively be supplied in either acrylic, polycarbonate or P.V.C. to cater for chemical laboratory operation as well as alpha activity work. Designed to eliminate corrosion, coupled with a translucent shell to give a maximum amount of diffused light to all areas of the interior, these qualities make the boxes ideal for handling radioactive materials or processes requiring an inert or controlled atmosphere.These glove boxes also regulates Humidity Control These modules monitor and regulate the process gas to maintain the humidity level you specify. Low-humidity modules achieve desired conditions by regulating the purge gas (nitrogen, argon, or dry air).

Additional Information:

• Production Capacity: Any
• Delivery Time: 90 days
• Packaging Details: As per client

A Lab Model Sceintific  Glove Box is a specialized enclosure designed for laboratories to safely handle sensitive or hazardous materials in a controlled, isolated environment. Constructed from durable materials such as stainless steel or reinforced plastic, it has clear, transparent panels made of tempered glass or acrylic for enhanced visibility. The glove box is equipped with attached, chemical-resistant gloves, allowing the user to handle materials without direct exposure, ensuring both user safety and the integrity of the materials being tested.

Key Features:

• Atmosphere Control System: Equipped to create a controlled internal atmosphere, often with an option for inert gas purging (such as nitrogen or argon) to maintain an oxygen-free, moisture-free, or low-humidity environment.
• Vacuum and Pressure Regulation: Allows for precise control of internal pressure to meet experimental requirements.
• Airlock or Transfer Chamber: Facilitates safe and contamination-free transfer of materials in and out of the main chamber.
• HEPA or ULPA Filtration: Ensures the highest level of air purity inside, filtering out particulate matter to prevent contamination.

Applications:

Lab model glove boxes are essential for applications such as chemical synthesis, handling of toxic or reactive chemicals, biological research, semiconductor research, and other experiments requiring strict atmospheric control.

An inert gas glove box is an enclosed area used for the handling and storage of compounds and processes that are sensitive to air or moisture. Its oxygen level and hygrometry are kept below 1 ppm. The air inside the enclosure is replaced by inert or neutral gas, i.e. argon,nitrogen or helium.

Additional Information:

• Production Capacity: 15 -20 per year
• Delivery Time: 60- 90 Days
• Packaging Details: As per the customer requirement

Gove box Isolator basically used for highly oxygen or moisture senstive chemicals feeding or recieving areas in chemical ,pharma, process industry. We provide high quality leak proof isolator glove boxes fo various activites whre open atmosphere is sensitive to the matereils specially pyrophoric materials  We have fully automated with PLC and HMI with feed back controlled  ,semi automatic with foot pedal operarted  with oxygene moisture and pressure sensors 

An SS Isolator Sceintific Glove Box (Stainless Steel Isolator Glove Box) is a high-durability containment system designed for sensitive or hazardous material handling, offering a clean and controlled environment with the strength and chemical resistance of stainless steel. Here are the typical specifications for an SS Isolator Glove Box:

General Specifications:

• Material:
  • Chamber: Stainless Steel 304 or 316 for enhanced chemical and corrosion resistance.
  • Viewing Panel: Clear, tempered safety glass or polycarbonate for high visibility.
  • Gloves: Chemical-resistant gloves (e.g., butyl, neoprene, or nitrile) that can be easily attached or replaced.
• Dimensions: Customizable; typical models range from 48–60 inches in width, 24–30 inches in depth, and 24–36 inches in height.
• Finish: Electro-polished or brushed finish inside and outside for easy cleaning and aseptic use.

Atmosphere Control:

• Inert Gas Purging System: Ports for purging with inert gases such as nitrogen or argon to maintain an oxygen-free or moisture-free environment. Some systems achieve O₂ levels as low as <1 ppm.
• Pressure Control: Adjustable positive or negative pressure control, typically with a range of ±5 inches of water column. Automated or manual pressure control options.
• Moisture and Oxygen Sensors: Integrated sensors for monitoring and displaying real-time O₂ and H₂O levels to ensure consistent atmospheric control.

An Inert Atmosphere Glove Box is a sealed containment chamber designed to create a controlled, oxygen- and moisture-free environment for safely handling sensitive or reactive materials. By maintaining an inert gas atmosphere, typically using nitrogen, argon, or helium, this glove box is ideal for laboratories and industries where materials could degrade or react in the presence of air or moisture.

Description:

1. Construction and Design

   • Main Chamber: Made from durable, corrosion-resistant materials like stainless steel or powder-coated steel, often with a clear acrylic or tempered glass front for full visibility.
   • Viewing Window: Large, transparent window allows users to observe work within the glove box without exposure.
   • Glove Ports: Fitted with chemical-resistant gloves (typically butyl or neoprene) attached securely to circular glove ports, providing a barrier between the user and the inert environment.
   • Airlock or Transfer Chamber: A smaller, secondary chamber with doors on both ends, allowing materials to be passed in and out of the main chamber without compromising its atmosphere.

2. Atmosphere Control

   • Inert Gas Purging System: Maintains a stable, low-oxygen and low-moisture atmosphere by constantly purging the chamber with inert gas.
   • Vacuum Pump: Often included to remove ambient air from the chamber before gas purging, ensuring minimal residual oxygen and moisture.
   • Environmental Sensors: Integrated sensors to monitor and display oxygen and moisture levels, typically keeping oxygen below 1 ppm and humidity below 1 ppm for high-purity work.

3. Pressure Control

   • Positive Pressure Operation: Maintains slightly positive pressure relative to the outside environment to prevent external contaminants from entering.
   • Pressure Gauge: Displays internal pressure to help monitor and adjust as needed for optimal conditions.

4. Applications

   • Chemical and Material Research: Used in laboratories handling air-sensitive compounds, hazardous chemicals, and research materials that react with oxygen or moisture.
   • Electronics and Semiconductor Manufacturing: Prevents oxidation during the handling of components and materials.
   • Battery and Energy Storage: Provides a safe environment for working with lithium, sodium, and other reactive materials in battery production.
   • Pharmaceutical and Biotechnology: Used in research and production involving sensitive biological samples and reagents.

Additional Information:

• Production Capacity: Any
• Delivery Time: 60 days
• Packaging Details: As per Customer

A glove box is a sealed container that is designed to allow one to manipulate objects where a separate atmosphere is desired. Built into the sides of the glove box are gloves arranged in such a way that the user can place their hands into the gloves and perform tasks inside the box without breaking containment, A controlled inert atmosphere “glove-box” is used in the fields of Bio Medical/ Technology , Physics, Chemistry , Nuclear , Nano technology and metallurgical research  labs, also used in manufacturing of Lithium Ion Battery, transferring packing of highly sensitive/ hazardous materials, doing reactions or highly precision welding etc.

}  Nano Technology

}  Nuclear Industry

}  Bio medical Industry

}  Lithium Ion battery manufacturing

}  Pharma Industry

}  Chemical Industry

}  High Vacuum Welding Station

}  Research labs

}  Universities & Institutions  

 

Additional Information:

• Production Capacity: 12

The working gas in the glove box is between the box and the purification column (water oxygen adsorber). Under the control and monitoring of the PLC, it is closed and circulated through pipes, circulating fans, etc. When the working gas circulates through the purification column, the water and oxygen contained in it are adsorbed, and then return to the box. As the circulation time passes, the water and oxygen content in the working gas in the box gradually decreases, and Z eventually reaches the target of less than 1ppm. The purification column will be saturated with adsorption after a certain period of circulation, and can be regenerated and reused.
The vacuum glove box system is a device that filters and removes active substances (both water and oxygen can reach below 1PPM) through the purification system to maintain a high-purity inert gas environment inside.
It is mainly composed of cabinet, frame, transition cabin, gas purification system, PLC automatic control system, etc.
It mainly removes O2, H2O, and organic gases.
It is suitable for working environment that requires high water and oxygen content.

Mainly used in: laboratories and production links in high-tech fields; such as: lithium-ion batteries and materials, semiconductors, super capacitors, special lamps, laser welding, brazing, pharmaceuticals and other industries.

Matters needing attention in the use of vacuum glove box:

1. Please use AC 220V-50HZ power supply, and pay attention to the good grounding of the equipment.
2. It is recommended to use a mixed gas source with a H2 content of 5%-10%. If the H2 content is less than 5%, the reduction effect of the system is poor; if the H2 content is higher than 10%, it may explode.
3. For the gas source (mixed gas or inert gas) used, please ensure that its pressure value X is as follows: 3kg ≤X≤30 kg (3bar≤X≤30bar; 0.3MPA≤X≤3MPA); when the gas source pressure value When the pressure is lower than 3 kg, the system does not work; when the pressure value of the air source is higher than 30 kg, the pipeline may rupture

he glove box works by containing a closed circulation loop which utilizes a blower, plumbing, and a purifier to maintain H2O and O2 levels lower than 1 ppm. The atmosphere is purified by air circulation through a catalyst bed to remove moisture and oxygen. The catalysts include copper based particles to remove O2 and molecular sieves to remove H2O. After 3-6 months usage, the catalysts need to be regenerated by isolating the catalysts from the glovebox and exposing them under 5% H2 in N2 and heating to reduce the formed copper oxide to metallic copper. Certain volatile chemicals such as halogenated compounds and strongly coordinating species (thiols) should be excluded from the glovebox because they have a high propensity to poison the catalysts. Instead, experiments involving these types of chemicals should be conducted in a Schlenk line.

Initial training and proper operation are important for the safe use of the glovebox. All chemicals must be degassed and dried before being placed into the glovebox. Glass vessels or flasks must be evacuated before placement in the antechamber to avoid explosion due to the pressure difference. Sharps should be carefully handled and avoided if possible when working with the glovebox to avoid possible damage to the glove. Furthermore, secondary nitrile gloves must be worn to protect the glove when working with solvents. Aqueous solutions, alcohols, and acetone should not be used in the glovebox in order to ensure the glovebox environment is free of H2O and O2, which may help protect the glove over its lifetime. Compared to the glovebox, there are fewer requirements regarding the suitability of samples for the Schlenk line. 

Inert atmosphere Sceintific  glove boxes are sealed enclosures that maintain a controlled, oxygen- and moisture-free environment for handling sensitive materials. They utilize inert gases like nitrogen or argon to displace the internal atmosphere, preventing unwanted chemical reactions, oxidation, or contamination of the materials inside. This controlled environment is crucial for various applications where air-sensitive compounds, such as those used in organometallic chemistry, battery research, or semiconductor manufacturing, need to be manipulated without degradation. 
Working Principle:

• Inert Gas Atmosphere:The core principle involves replacing the air inside the glove box with a purified inert gas like nitrogen or argon. 
• Circulation and Purification:A gas purification system continuously circulates the inert gas within the glove box, removing any oxygen, moisture, or other impurities that may enter through leaks or during material transfer. 
• Sealed Enclosure:The glove box is designed with a sealed enclosure and typically operates under positive pressure, preventing the entry of ambient air. 
• Glove Ports:Glove ports, equipped with gloves, allow researchers to manipulate materials inside the glove box without directly exposing them to the external atmosphere. 
• Transfer Chamber:A transfer chamber, also known as a antechamber, allows for the introduction and removal of materials into the main chamber while maintaining the inert atmosphere. 
• Pressure Control:The pressure inside the glove box is carefully regulated, often slightly positive, to minimize the risk of air ingress. 

Key Components:

• Main Chamber: The primary workspace where materials are handled. 
• Gas Purification System: Removes oxygen, moisture, and other impurities from the inert gas. 
• Transfer Chamber: Facilitates the movement of materials in and out of the glove box. 
• Glove Ports: Allow for manual manipulation of materials within the glove box. 
• Pressure Control System: Maintains the desired pressure inside the glove box. 
• Sensors: Monitor oxygen and moisture levels to ensure the inert atmosphere is maintained. 

Common Uses:

• Handling air-sensitive compounds: Prevents oxidation, hydrolysis, and other reactions with oxygen and moisture. 
• Organometallic chemistry: Allows for the synthesis and manipulation of air-sensitive organometallic compounds. 
• Battery research: Enables the fabrication and testing of battery materials in an inert environment. 
• Semiconductor manufacturing: Provides a clean, controlled environment for processing sensitive semiconductor materials. 
• Additive manufacturing: Used in processes like laser welding of reactive materials. 
• Biological applications: Used for anaerobic bacterial cultures and low-oxygen cell cultures. 

Advantages:

• Reduced Material Degradation:Prevents unwanted reactions that can degrade or alter the properties of sensitive materials. 
• Improved Safety:Minimizes the risk of chemical fires or explosions, especially when handling flammable or reactive substances. 
• Enhanced Product Quality:Ensures the purity and consistency of products by controlling the environment during manufacturing or research. 
• Increased Efficiency:Streamlines processes by allowing for more direct manipulation of materials without complex Schlenk-line setups. 

Additional Information:

• Item Code: Alphaline300series
• Production Capacity: 100
• Delivery Time: 75 Days
• Packaging Details: Seaworthy Wooden Pacing

Our company has achieved widespread recognition in providing Industry Glove Box.

Price Range: 15 Lakh-25 Lakh/Unit

Other Details:

A glove box is a sealed container that is designed to allow one to manipulate objects where a separate atmosphere is desired. Built into the sides of the glove box are gloves arranged in such a way that the user can place their hands into the gloves and perform tasks inside the box without breaking containment. Part or all of the box is usually transparent to allow the user to see what is being manipulated. Two types of glove boxes exist. The first allows a person to work with hazardous substances, such as radioactive materials or infectious disease agents, and the second allows manipulation of substances that must be contained within a very high purity inert atmosphere, such as argon or nitrogen It is also possible to use a glove box for manipulation of items in a vacuum chamber

Advanced research and development in chemicals, nuclear energy, pharmaceuticals, and biotechnology have brought new problems in the handling of dangerous chemicals and toxins. Toxic levels often exceed the capabilities of fume cupboards, and complete isolation becomes paramount.

Generally, Glove Boxes, Fume Cupboards, and Enclosures are constructed of steel or aluminum. In instances where fumes are liberated and acids used, rapid corrosion of the box surface can occur. The high chemical resistance of glass reinforced plastic glove boxes ensures efficient and economic handling of material in the corrosive atmosphere.

To avoid contamination all surfaces internally are highly polished with generously rounded corners, and the elimination of metallic material in this type of construction is of great assistance for analytical work.

Often an experimental or manufacturing situation may arise which demands particularly specialised equipment. Macpro offers the full design and consultancy facilities to overcome the problem of non-standard applications.

Our technical sales staff will be pleased to discuss your requirements either at your premises or ours.

Glove Boxes are constructed from 5mm thick glass reinforced plastic with 6mm thick perspex viewing panels integrally molded into the box shell during construction. Viewing panels can alternatively be supplied in either acrylic, polycarbonate or P.V.C. to cater for chemical laboratory operation as well as alpha activity work. Designed to eliminate corrosion, coupled with a translucent shell to give a maximum amount of diffused light to all areas of the interior, these qualities make the boxes ideal for handling radioactive materials or processes requiring an inert or controlled atmosphere.These glove boxes also regulates Humidity Control These modules monitor and regulate the process gas to maintain the humidity level you specify. Low-humidity modules achieve desired conditions by regulating the purge gas (nitrogen, argon, or dry air).

Additional Information:

• Pay Mode Terms: T/T (Bank Transfer)
• Delivery Time: 60 days

A Sceintific  Lab model glovebox (or glove box) is a sealed container that is designed to allow one to manipulate objects where a separate atmosphere is desired. Built into the sides of the glovebox are gloves arranged in such a way that the user can place their hands into the gloves and perform tasks inside the box without breaking containment. This particular product is designed for industrial application like production, reaction etc              

We deal with Glove Box workstaion Neopren, Butyle, Hyplon Gloves, 32 inch L 15ml thickness, 6" ,8" port Size along with Glve Port in SS ,Aluminium, Teflon etc

Additional Information:

• Production Capacity: Any quantity
• Delivery Time: 15 days
• Packaging Details: As per the customer