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Coolants for data centers - IT Sector
Data Pro- Coolants -A
Plasma Pro - Coolants- C
Plasma Pro - Coolants- C
The best coolant for data centers depends on the cooling method and specific requirements of the facility, such as energy efficiency, environmental impact, cost, and the density of computing equipment.
Liquid cooling is increasingly preferred for modern, high-density data centers due to its superior efficiency.
- Efficient heat transfer.
- S
The best coolant for data centers depends on the cooling method and specific requirements of the facility, such as energy efficiency, environmental impact, cost, and the density of computing equipment.
Liquid cooling is increasingly preferred for modern, high-density data centers due to its superior efficiency.
- Efficient heat transfer.
- Suitable for high-density racks.
- Scalable and widely used.
- Silent and compact systems
- No electrical conductivity
- Eliminating risk of short circuits
Advantages:
1. Higher Efficiency
2. Superior Corrosion Protection
Coolant- A Type
- Protects up to -12C (10F)
Price: 20L - Rs. 25,000 (excluding GST)
Plasma Pro - Coolants- C
Plasma Pro - Coolants- C
Plasma Pro - Coolants- C
T
High-efficiency water-based coolants for plasma and laser generators must effectively manage heat dissipation, protect against corrosion, prevent microbial growth, and maintain system stability over extended operation.
Liquid cooling is increasingly preferred for modern, high-density data centers due to its superior efficiency.
- High Th
T
High-efficiency water-based coolants for plasma and laser generators must effectively manage heat dissipation, protect against corrosion, prevent microbial growth, and maintain system stability over extended operation.
Liquid cooling is increasingly preferred for modern, high-density data centers due to its superior efficiency.
- High Thermal Conductivity: Essential for effective heat transfer.
- Corrosion Protection: Safeguards system components, including metals like copper, aluminum, and steel.
- Microbial Growth Inhibition: Prevents biofilm formation that can clog cooling channels.
- Low Electrical Conductivity: Reduces the risk of short circuits in systems with potential electrical exposure.
- Environmental and Operator Safety: Non-toxic and easy to handle.
Advantages:
1. Higher Efficiency
2. Superior Corrosion Protection
Coolant- C Type
- Protects up to -37C (-35F)
Price: 20L - Rs. 45,000 (excluding GST)
Data Pro - Coolants -B
Plasma Pro - Coolants- C
Data Pro - Coolants -B
The best coolant for data centers depends on the cooling method and specific requirements of the facility, such as energy efficiency, environmental impact, cost, and the density of computing equipment.
Liquid cooling is increasingly preferred for modern, high-density data centers due to its superior efficiency.
- Efficient heat transfer.
- Su
The best coolant for data centers depends on the cooling method and specific requirements of the facility, such as energy efficiency, environmental impact, cost, and the density of computing equipment.
Liquid cooling is increasingly preferred for modern, high-density data centers due to its superior efficiency.
- Efficient heat transfer.
- Suitable for high-density racks.
- Scalable and widely used.
- Silent and compact systems
- No electrical conductivity
- Eliminating risk of short circuits
Advantages:
1. Higher Efficiency
2. Superior Corrosion Protection
Coolant- B Type
- Protects up to -23C (-10F)
Price: 20L - Rs. 35,000 (excluding GST)
Coolants for various industries -1
Car Engine Coolant
Car Engine Coolant
Car Engine Coolant
Automobile Engine Coolants:
Used in cars, trucks, buses, and motorcycles to maintain optimal engine temperature and prevent overheating.
- Efficient heat transfer.
- Suitable for all vehicles.
- Scalable and widely used.
- Silent and compact systems
- No electrical conductivity
- Eliminating risk of short circuits
Advantages:
1. Higher Efficiency
2. Superi
Automobile Engine Coolants:
Used in cars, trucks, buses, and motorcycles to maintain optimal engine temperature and prevent overheating.
- Efficient heat transfer.
- Suitable for all vehicles.
- Scalable and widely used.
- Silent and compact systems
- No electrical conductivity
- Eliminating risk of short circuits
Advantages:
1. Higher Efficiency
2. Superior Corrosion Protection
Auto Coolant- A Type
Price: 20L - Rs. 15,000 (excluding GST)
Electric Vehicle
Car Engine Coolant
Car Engine Coolant
Hybrid and Electric Vehicles (EVs) Coolants:
Serves as a thermal management fluid for batteries, inverters, and motors.
- Efficient heat transfer.
- Suitable for all vehicles.
- Scalable and widely used.
- Silent and compact systems
- No electrical conductivity
- Eliminating risk of short circuits
Advantages:
1. Higher Efficiency
2. Superior Corrosion Pro
Hybrid and Electric Vehicles (EVs) Coolants:
Serves as a thermal management fluid for batteries, inverters, and motors.
- Efficient heat transfer.
- Suitable for all vehicles.
- Scalable and widely used.
- Silent and compact systems
- No electrical conductivity
- Eliminating risk of short circuits
Advantages:
1. Higher Efficiency
2. Superior Corrosion Protection
Elec. Veh. Coolant- A Type
Price: 20L - Rs. 15,000 (excluding GST)
Trains
Car Engine Coolant
Trains
Railway Systems Coolants:
Used in diesel locomotives and electric trains for thermal regulation.
- Efficient heat transfer.
- Suitable for all vehicles.
- Scalable and widely used.
- Silent and compact systems
- No electrical conductivity
- Eliminating risk of short circuits
Advantages:
1. Higher Efficiency
2. Superior Corrosion Protection
Train Coolant- A
Railway Systems Coolants:
Used in diesel locomotives and electric trains for thermal regulation.
- Efficient heat transfer.
- Suitable for all vehicles.
- Scalable and widely used.
- Silent and compact systems
- No electrical conductivity
- Eliminating risk of short circuits
Advantages:
1. Higher Efficiency
2. Superior Corrosion Protection
Train Coolant- A Type
Price: 20L - Rs. 15,000 (excluding GST)
Marine
Car Engine Coolant
Trains
Marine Coolants:
Protects engines and machinery from corrosion in boats and ships
- Efficient heat transfer.
- Suitable for all vehicles.
- Scalable and widely used.
- Silent and compact systems
- No electrical conductivity
- Eliminating risk of short circuits
Advantages:
1. Higher Efficiency
2. Superior Corrosion Protection
Marine Coolant- A Type
Price: 20L - Rs. 15,000 (excluding GST)
COOLANTS FOR VARIOUS INDUSTRIES -2
HVAC Coolants
Refrigerator Coolants
Refrigerator Coolants
Chillers and Heat Pumps:
As a heat transfer fluid in air conditioning and refrigeration systems
- Efficient heat transfer.
- Suitable for all vehicles.
- Scalable and widely used.
- Silent and compact systems
- No electrical conductivity
- Eliminating risk of short circuits
Advantages:
1. Higher Efficiency
2. Superior Corrosion Protection
HVAC Coolant- A Type
Price: 20L - Rs. 15,000 (excluding GST)
Refrigerator Coolants
Refrigerator Coolants
Refrigerator Coolants
Geothermal Systems:
Commonly used in ground-source heat pumps.
- Efficient heat transfer.
- Suitable for all vehicles.
- Scalable and widely used.
- Silent and compact systems
- No electrical conductivity
- Eliminating risk of short circuits
Advantages:
1. Higher Efficiency
2. Superior Corrosion Protection
Ref. Coolant- A Type
Price: 20L - Rs. 15,000 (excluding GST)
Solar Coolants
Refrigerator Coolants
Ice Rinks Coolants
Solar Water Heating:
Provides freeze protection in solar thermal systems.
- Efficient heat transfer.
- Suitable for all vehicles.
- Scalable and widely used.
- Silent and compact systems
- No electrical conductivity
- Eliminating risk of short circuits
Advantages:
1. Higher Efficiency
2. Superior Corrosion Protection
Solar Coolant- A Type
Price: 20L - Rs. 15,000 (excluding GST)
Ice Rinks Coolants
Refrigerator Coolants
Ice Rinks Coolants
Ice Rinks:
Used as a coolant in the piping below the rink surface.
- Efficient heat transfer.
- Suitable for all vehicles.
- Scalable and widely used.
- Silent and compact systems
- No electrical conductivity
- Eliminating risk of short circuits
Advantages:
1. Higher Efficiency
2. Superior Corrosion Protection
Ise Rink Coolant- A Type
Price: 20L - Rs. 15,000 (excluding GST)
COOLANTS FOR VARIOUS INDUSTRIES -3
Food Processing
Food Processing
Food Processing
Chillers for Food Processing:
Used in breweries, dairy production, and beverage manufacturing.
Non-toxic Formulations:
Suitable for indirect contact applications where contamination risk exists (e.g., ice machines, freezer defrosters).
Pharma & Biotech
Food Processing
Food Processing
Temperature Control in Production:
Used in maintaining precise temperatures for sensitive processes such as fermentation or vaccine storage.
Lab Equipment:
Serves as a coolant in analytical instruments like spectrometers.
Renewable Energy
Food Processing
Renewable Energy
Wind Turbines:
Helps in maintaining consistent operating temperatures for components like generators and gearboxes.
Solar Energy:
In thermal solar panels and concentrated solar power systems.
Aerospace
Food Processing
Renewable Energy
Aircraft Systems:
Used in some aircraft for cooling avionics and other temperature-sensitive systems.
Materials for Industrial Chillers Maintenance
Scale Inhibitors
Antifoam and Antifreeze Agents
Corrosion Inhibitors
Chillers used in air conditioning systems require various chemicals for proper maintenance and operation. These chemicals ensure efficient performance, extend the equipment's lifespan, and prevent issues like corrosion, scaling, and microbial growth.
Nanomaterials are widely used in chiller maintenance for scaling inhibition, particularl
Chillers used in air conditioning systems require various chemicals for proper maintenance and operation. These chemicals ensure efficient performance, extend the equipment's lifespan, and prevent issues like corrosion, scaling, and microbial growth.
Nanomaterials are widely used in chiller maintenance for scaling inhibition, particularly in preventing calcium carbonate and other mineral scale deposits on heat exchanger surfaces and pipelines.
Their ability to chelate metal ions and disrupt the crystallization process makes them highly effective.
Advantages:
- Effective at Low Concentrations:
- Requires minimal chemical input for significant results.
- Compatible with Other Inhibitors:
- Works synergistically with phosphonates and molybdates for combined corrosion and scale control.
- Stable in Harsh Conditions:
- Effective at high temperatures (up to 300°F or 150°C) and in alkaline water.
Chiller Scale Inhibitor-1
Price:
1kg - Rs. 1200/- (excluding MRP)
5kg - Rs. 5000/-
(excluding MRP)
Corrosion Inhibitors
Antifoam and Antifreeze Agents
Corrosion Inhibitors
Nanomaterials (metal oxides) are widely used as corrosion inhibitors in cooling systems, including chillers in air conditioning applications. They are particularly effective in protecting ferrous and non-ferrous metals from corrosion by forming a protective passivation layer on the metal surface.
Key Features of Molybdate-Based Inhibito
Nanomaterials (metal oxides) are widely used as corrosion inhibitors in cooling systems, including chillers in air conditioning applications. They are particularly effective in protecting ferrous and non-ferrous metals from corrosion by forming a protective passivation layer on the metal surface.
Key Features of Molybdate-Based Inhibitors
- Non-Toxic:
- Safer than older inhibitors like chromates or nitrites, making them more environmentally friendly.
- Effective in Low Concentrations:
- Dosages typically range between 50–150 ppm (as molybdate ions), depending on system conditions and water chemistry.
- Compatible with Soft and Hard Water:
- Works well in a wide range of water conditions without precipitation issues.
- Stable in pH Range:
- Effective in water with pH levels between 7.0 and 9.0, ideal for most cooling systems.
- Synergistic Action:
- Often used in combination with other inhibitors like phosphonates or zinc compounds for broader protection against scaling and corrosion.
Chiller Corr Inhibitor-1
Price:
1kg - Rs. 1500/- (excluding MRP)
5kg - Rs. 6000/-
(excluding MRP)
Biocide Inhibitors
Antifoam and Antifreeze Agents
Antifoam and Antifreeze Agents
Applications in Chiller Maintenance
- Prevention of Biofouling:
- Microbial growth, if left unchecked, can lead to biofouling, reducing heat transfer efficiency in heat exchangers and pipes. Biocide Inhibitor-1 controls biofouling effectively.
- Compatibility:
- Biocide inhibitor-1 is non-corrosive to metals and materials commonly found in c
Applications in Chiller Maintenance
- Prevention of Biofouling:
- Microbial growth, if left unchecked, can lead to biofouling, reducing heat transfer efficiency in heat exchangers and pipes. Biocide Inhibitor-1 controls biofouling effectively.
- Compatibility:
- Biocide inhibitor-1 is non-corrosive to metals and materials commonly found in cooling systems when used in recommended concentrations.
- Efficiency:
- It works well in a wide pH range (pH 3–9), making it versatile for cooling water systems with varying conditions.
Advantages:
- Protein Cross-Linking:
- Biocide inhibitor -1 allows to react with amine groups in microbial proteins and enzymes.
- It forms stable cross-links between proteins, disrupting their function and structure, effectively denaturing them.
- Enzyme Inhibition:
- By modifying essential enzymes, it halts metabolic pathways necessary for microbial survival and reproduction.
- Cell Membrane Disruption:
- Biocide inhibitor-1 penetrates the microbial cell wall and interacts with intracellular components, leading to the loss of cell integrity and leakage of cellular contents.
- Biofilm Control:
- It can penetrate biofilms, disrupting the extracellular polymeric substances (EPS) matrix, making it effective at removing established biofilms and preventing their formation.
Chiller Biocide Inhibitor-1
Price:
1 L - Rs. 2500/- (excluding MRP)
5 L - Rs. 10,000/-
(excluding MRP)
Antifoam and Antifreeze Agents
Antifoam and Antifreeze Agents
Antifoam and Antifreeze Agents
Antifreeze chemicals are critical in chiller systems to prevent freezing and ensure efficient heat transfer, particularly in air conditioning applications where low temperatures may be encountered. The choice of antifreeze depends on performance, environmental considerations, and system compatibility.
Antifoaming agents, also known as d
Antifreeze chemicals are critical in chiller systems to prevent freezing and ensure efficient heat transfer, particularly in air conditioning applications where low temperatures may be encountered. The choice of antifreeze depends on performance, environmental considerations, and system compatibility.
Antifoaming agents, also known as defoamers, are used in chiller maintenance to inhibit or reduce foam formation in the cooling water system. Foam can lead to operational inefficiencies, reduced heat transfer, and overflow issues in cooling towers or chillers.
- Properties:
- Non-toxic alternative to ethylene glycol.
- Moderate freezing point depression.
- Safer for systems near food or in residential applications.
- Advantages:
- Food-grade variants are available for use in sensitive environments.
- Environmentally safer than ethylene glycol.
- Disadvantages:
- Slightly less efficient heat transfer compared to ethylene glycol.
- Higher cost than ethylene glycol.
- Applications:
- Used in HVAC systems for buildings, food processing facilities, and hospitals.
Chiller Antifreeze -1
Price:
1 L - Rs. 1500/- (excluding MRP)
5kg - Rs. 6000/-
(excluding MRP)
Chiller Antifoam-1
Price:
1kg - Rs. 2500/- (excluding MRP)
5kg - Rs. 10,000/-
(excluding MRP)
Binder Materials - for Li Ion BatTery
Pro- Li ion Binder-A Type
Pro- Li ion Binder-A Type
Pro- Li ion Binder-A Type
In battery technology, the binder material used in the coating of the anode and cathode plays a crucial role in ensuring good adhesion of the active materials to the current collectors (such as metal foil) while maintaining the structural integrity of the electrode during cycling.
The binder also needs to enable the efficient transport o
In battery technology, the binder material used in the coating of the anode and cathode plays a crucial role in ensuring good adhesion of the active materials to the current collectors (such as metal foil) while maintaining the structural integrity of the electrode during cycling.
The binder also needs to enable the efficient transport of ions and electrons through the electrode material and support the lattice structure for the active materials.
Key Characteristics for Battery Binder Materials:
- Good Adhesion: The binder should form a strong bond between the active material and the current collector.
- Flexibility and Elasticity: This ensures the binder can accommodate the volume change of the active materials during charging and discharging cycles without cracking or detaching.
- Electrochemical Stability: The binder should not interfere with the electrochemical reactions in the battery and must remain stable over time.
- Good Ionic Conductivity: Some binders can also play a role in ion conduction, enhancing the overall performance of the battery.
- Compatibility with Active Materials: The binder must be compatible with both the anode and cathode materials.
- Minimal Impact on Battery Performance: The binder should be used in low quantities so as not to add excess weight or resistance.
Pro Li ion Binder- A Type
Advantages:
Pro Li ion Binder - A
- Composition: It is a water-soluble polymer derived from cellulose, and it is commonly used in aqueous battery systems.
- Structure: It is a polysaccharide with carboxy groups that make it soluble in water.
- Function: It is typically used in combination with other materials (like styrene-butadiene rubber or SBR) for anode binders.
Properties:
- Water-based, which makes it more environmentally friendly than organic solvent-based binders.
- Provides excellent adhesion and is flexible, which is important for accommodating the volume changes of the active material during cycling.
- Offers good mechanical strength and is stable under operating conditions.
- Challenges: It is more commonly used for anode materials, particularly for graphite, and often needs to be combined with other binders (like SBR) to enhance overall performance.
Price: 1L - Rs. 3,000 (excluding GST)
5L - Rs. 10, 000 (excluding GST)
Pro- Li ion Binder-B Type
Pro- Li ion Binder-A Type
Pro- Li ion Binder-A Type
In battery technology, the binder material used in the coating of the anode and cathode plays a crucial role in ensuring good adhesion of the active materials to the current collectors (such as metal foil) while maintaining the structural integrity of the electrode during cycling.
The binder also needs to enable the efficient transport of
In battery technology, the binder material used in the coating of the anode and cathode plays a crucial role in ensuring good adhesion of the active materials to the current collectors (such as metal foil) while maintaining the structural integrity of the electrode during cycling.
The binder also needs to enable the efficient transport of ions and electrons through the electrode material and support the lattice structure for the active materials.
Key Characteristics for Battery Binder Materials:
- Good Adhesion: The binder should form a strong bond between the active material and the current collector.
- Flexibility and Elasticity: This ensures the binder can accommodate the volume change of the active materials during charging and discharging cycles without cracking or detaching.
- Electrochemical Stability: The binder should not interfere with the electrochemical reactions in the battery and must remain stable over time.
- Good Ionic Conductivity: Some binders can also play a role in ion conduction, enhancing the overall performance of the battery.
- Compatibility with Active Materials: The binder must be compatible with both the anode and cathode materials.
- Minimal Impact on Battery Performance: The binder should be used in low quantities so as not to add excess weight or resistance.
Pro Li ion Binder- B Type
Advantages:
Pro Li ion Binder - B
- Composition: It is a water-soluble polymer that can be modified for use in both anode and cathode materials.
- Structure: PAA contains carboxyl groups that allow for strong bonding with metal oxide and carbon-based active materials.
- Function: It is a promising binder due to its high ionic conductivity and ability to form stable films.
Properties:
- High ionic conductivity, which can enhance battery performance.
- Water-based and environmentally friendly.
- Good adhesion properties and mechanical stability.
- Challenges: It is prone to hydrolysis in some conditions, which can reduce its long-term stability in certain electrolytes.
Price: 1L - Rs. 4,000 (excluding GST)
5L - Rs. 18, 000 (excluding GST)
Pro- Li ion Binder-C Type
Pro- Li ion Binder-A Type
Pro- Li ion Binder-C Type
In battery technology, the binder material used in the coating of the anode and cathode plays a crucial role in ensuring good adhesion of the active materials to the current collectors (such as metal foil) while maintaining the structural integrity of the electrode during cycling.
The binder also needs to enable the efficient transport of
In battery technology, the binder material used in the coating of the anode and cathode plays a crucial role in ensuring good adhesion of the active materials to the current collectors (such as metal foil) while maintaining the structural integrity of the electrode during cycling.
The binder also needs to enable the efficient transport of ions and electrons through the electrode material and support the lattice structure for the active materials.
Key Characteristics for Battery Binder Materials:
- Good Adhesion: The binder should form a strong bond between the active material and the current collector.
- Flexibility and Elasticity: This ensures the binder can accommodate the volume change of the active materials during charging and discharging cycles without cracking or detaching.
- Electrochemical Stability: The binder should not interfere with the electrochemical reactions in the battery and must remain stable over time.
- Good Ionic Conductivity: Some binders can also play a role in ion conduction, enhancing the overall performance of the battery.
- Compatibility with Active Materials: The binder must be compatible with both the anode and cathode materials.
- Minimal Impact on Battery Performance: The binder should be used in low quantities so as not to add excess weight or resistance.
Pro Li ion Binder- A Type
Advantages:
Pro Li ion Binder - C
- Composition: It is a water-soluble polymer often used in aqueous binder systems, especially for lithium-ion anodes.
- Structure: It is a synthetic polymer with hydroxyl groups that improve adhesion to active materials.
- Function: It is often used in combination with other binders to improve their mechanical properties and flexibility.
Properties:
- Good adhesion to both current collectors and active materials.
- Excellent mechanical strength and flexibility.
- Water-based, environmentally friendly, and non-toxic.
- Challenges: It may degrade at high temperatures or in the presence of certain solvents, requiring modification for high-performance applications.
Price: 1L - Rs. 3,000 (excluding GST)
5L - Rs. 10, 000 (excluding GST)
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