हमें कॉल करेंहमें कॉल करें : 08045803783
भाषा बदलें

प्रदान किए गए कंडेंसर कॉइल विभिन्न कॉइल में से हैं, जो ग्राहकों के हीट पंप और एयर कंडीशनिंग सिस्टम का हिस्सा हैं। एक अन्य घटक एक बाष्पीकरण करने वाला कॉइल है जिसे सिस्टम के अंदर रखा जाता है जबकि हमारे कॉइल को बाहरी रूप से रखा जाता है। ये कॉइल वे होते हैं जहां सिस्टम के खिलाफ थर्मल ऊर्जा बाहर निकल जाती है। जब गैस रेफ्रिजरेंट को गर्म किया जाता है और साथ ही कंप्रेसर में दबाव डाला जाता है, तो गैस या गर्मी हमारे कंडेंसर कॉइल में घुस जाती है। यहाँ, दो कार्य होते हैं जैसे कि गैस रेफ्रिजरेंट अपने ऊपर से बहने वाली हवा में तापीय ऊर्जा का आदान-प्रदान करता है। इस बीच, रेफ्रिजरेंट अपना तापमान कम कर देता है और तरल हो जाता है। हमारे कॉइल के ऊपर की हवा गर्म हो जाएगी और इसे आंतरिक यूनिट से बाहर निकाला जाएगा।

स्टीम कॉइल्स

  • Application HVAC Systems, Process Heating, Industrial Heating, Air Handling Units
  • Coil Length 800 mm - 2200 mm
  • Coil Thickness 0.8 mm - 1.5 mm
  • Coil Weight 18-55 kg (depending on size and configuration)
  • Delivery Time 3-4 Days
  • Grade Industrial Grade
  • Hardness 45-60 HRC
  • Material Other, Copper Tubes with Aluminum Fins, Stainless Steel optional
  • Minimum Order Quantity 1
  • Supply Ability 1 Per Day
  • Surface Treatment Other, Galvanized, Epoxy Coated
  • Technique Other, Fin and Tube Heat Exchange, Brazed Construction
  • Unit of Measure Unit/Units

Steam Coils we offer are suited for boiler air preheating, pulp dryers, make-up air units, paper machine ventilator coils, space heaters, unit heaters, etc. These are utilized for heating air in the presence of steam. Offered coils utilize latent heat for their effective work process. Steam Coils are offered with many connection locations as well as housing options so as to run into all mounting configurations. Steam Coils find usages in variety of air tempering applications & heating applications such as duct heaters, process air preheat and others. Their designing is done with condensate management so as to enable for limited condensate retention. Basically, they are utilized to raise the temperature of liquids and make them simple to pump. 



Advanced Heat Exchange Engineering

Our steam coils utilize the fin and tube heat exchange technique, combined with brazed construction, to deliver superior thermal performance. The 12.7 mm tube diameter and carefully selected fin pitch ensure rapid heat transfer, supporting efficient energy use in every application.


Flexible Installation and Mounting Options

These steam coils accommodate both horizontal and vertical mounting, adapting seamlessly to your systems layout. Connect using threaded or flanged fittings, which simplify integration and provide reliable operation in high-pressure environments.


Robust and Durable Material Selection

Constructed from industrial-grade copper tubes and aluminum fins, with the option for stainless steel, each coil benefits from surface treatments such as galvanization and epoxy coating. This extends lifespan and provides resilience against corrosion, making them suitable for harsh industrial settings.

FAQs of Steam Coils:


Q: How are these steam coils typically installed in industrial or HVAC systems?

A: The steam coils can be mounted either horizontally or vertically, making them suitable for a range of system layouts. Installation is straightforward using the available threaded or flanged connections, depending on the sites requirements.

Q: What materials are used in the construction of these steam coils?

A: These coils are mainly constructed using copper tubes with aluminum fins, ensuring efficient heat transfer and durability. Stainless steel is also available as an optional material for enhanced corrosion resistance in demanding environments.

Q: When should the hydrostatically tested steam coils be used?

A: They are recommended for applications requiring assured leak-proof operation under pressures of 1016 bar and temperatures up to 180C, such as in HVAC systems, process heating, industrial heating, and air handling units.

Q: Where can these industrial-grade steam coils be applied?

A: These coils are suitable for installation in various sectors including commercial HVAC systems, process heating units, industrial heating equipment, and advanced air handling units, wherever efficient steam-based heat transfer is required.

Q: What is the process for ensuring coil reliability and safety?

A: Each coil undergoes hydrostatic testing to verify that it is free from leakage and can safely operate within the specified pressure and temperature limits, meeting stringent industrial standards.

Q: How does the fin pitch and tube diameter affect performance?

A: A tube diameter of 12.7 mm (1/2 inch) and fin pitch of 812 fins per inch optimizes heat exchange, allowing efficient transfer between steam and air. This enhances energy efficiency and uniform heating across a wide range of coil lengths and thicknesses.

Q: What are the key benefits of choosing these coils for your application?

A: Benefits include high thermal efficiency, reliable leak-proof construction, robust materials able to withstand harsh conditions, flexible installation, and options for enhanced corrosion resistance, all backed by strict manufacturing and export standards from India.

हॉट वाटर कॉइल्स

  • Application HVAC Systems, Industrial Heating
  • Coil Length Customized as required
  • Coil Thickness 0.3 mm - 2 mm
  • Coil Weight Variable as per specification
  • Delivery Time 3-4 Days
  • Grade Industrial Grade
  • Hardness Standard
  • Material Other, Copper / Aluminium
  • Minimum Order Quantity 1
  • Supply Ability 1 Per Day
  • Surface Treatment Other, Polished
  • Technique Other, Fin and Tube Type
  • Unit of Measure Unit/Units

Hot Water Coil is the heat exchangers manufactured, supplied and exported by Badrin Industries. It is utilized for heating air streams and suffices as the main part of the heating system. It is extensively demanded  in many commercial applications and must be quickly replaced in the occurrence of a fail. Hot Water Coil is applicable for comfort heating, booster heating, preheating, fluid process heat, reheating, waste heat reclamation etc. It has the rows of tubes through which it performs its main task. It shows excellent resistance against heating, rust, oxidation distortion etc. It features numerous tubes & fins and ensures accuracy in different industrial applications. 



Advanced Fin and Tube Engineering

Our hot water coils utilize the fin and tube technique, ensuring efficient heat exchange and reliable performance. Each coil is manufactured to industrial grade standards, with customizable thickness ranging from 0.3 mm to 2 mm, and is available in various lengths and configurations to match specific application requirements.


Quality and Safety Assurance

Every coil undergoes a 100% factory leak test, guaranteeing safety and sealing integrity in high-pressure environments. The polished surface treatment and standard hardness enhance durability, while corrosion-resistant materials extend lifespan even in harsh conditions.


Versatile Application and Installation

Whether for HVAC systems or industrial heating, our hot water coils are designed for flexibility. With options for horizontal or vertical mounting and connections (threaded or flanged), these coils are suitable for a wide range of installations. Coil weight and length can be tailored to meet project specifications precisely.

FAQs of Hot Water Coils:


Q: How do customized hot water coils benefit my HVAC or industrial heating application?

A: Customized hot water coils allow precise adaptation to specific system requirements, offering optimal fit, improved efficiency, and enhanced compatibility with existing infrastructure. Choices in coil length, tube diameter, and row configuration ensure maximum heat transfer for the intended use.

Q: What materials are used in the construction, and why are they important?

A: These coils are built from high-quality aluminum or copper for fins and tubes, and headers are crafted from mild steel or copper. Such material choices guarantee strong corrosion resistance and excellent thermal conductivity, ensuring reliability and longevity in industrial settings.

Q: When should threaded vs flanged connections be selected?

A: Threaded connections are generally used for lower-pressure and smaller diameter installations, providing ease of assembly and maintenance. Flanged connections are preferred for larger, high-pressure applications, facilitating stronger, leak-proof joints and easier removal for servicing.

Q: Where can these hot water coils be installed?

A: Hot water coils are versatile and can be installed in a variety of environmentsincluding HVAC systems in commercial buildings, factories, or industrial heating setupsusing horizontal or vertical mounting according to spatial and operational needs.

Q: What process ensures the coils are leak-proof and reliable?

A: Each coil undergoes comprehensive leak testing during manufacturing, ensuring 100% factory-tested reliability. This process confirms the integrity of all joints and connections, preventing any leakage in high-pressure and high-temperature operation.

Q: How does the corrosion resistance feature contribute to operational longevity?

A: The use of corrosion-resistant materials and surface polishing protects coils from environmental and operational wear, maintaining performance over time and reducing the need for frequent replacements or repairs.

Q: What is the advantage of the fin and tube technique used in these coils?

A: The fin and tube technique maximizes surface area for heat transfer, boosting thermal efficiency. This ensures faster heating and effective temperature control in both HVAC and industrial heating applications.

कूलिंग कॉइल्स

  • Application HVAC, Chilling Plant, Refrigeration
  • Coil Length 5-10 Meter (m)
  • Coil Thickness 2-10 Millimeter (mm)
  • Coil Weight 20-50 Kilograms (kg)
  • Delivery Time 3-4 Days
  • Grade Industrial Grade
  • Hardness Rigid
  • Material Other, Copper or Stainless Steel
  • Minimum Order Quantity 1
  • Supply Ability 1 Per Day
  • Surface Treatment Other, Polished
  • Technique Other, Hollow
  • Unit of Measure Unit/Units

Badrin Industries is dealing in optimum quality Cooling Coils, which are the devices, made to allow to cool the contents of the coil to, when they make a move through it. These are appropriate for materials processing and ensure effective control over the temperatures. Cooling Coils are apt for various heating & cooling systems. They have a simple cooling mechanism and have applicability with the industrial plants making use of hot gas turbine. Offered are located in the indoor part of the central A/C system and is made to cool the home & workplaces. These assist in circulating the cold substance and have been made to extract the heat. Main task they perform is to cool as well as dehumidify the stream of air.

 



Customizable Solutions for Diverse Needs

Select from a variety of shapes, sizes, and mounting types to fit your projects requirements. Our cooling coils can be tailored for specific applications, ensuring they integrate seamlessly with your existing system. The design flexibility helps optimize heat transfer and installation processes, catering to HVAC, chilling plants, and industrial refrigeration units.


Durable Materials and Advanced Finishing

Made from high-grade copper or stainless steel and featuring aluminium fins, these coils resist corrosion and weareven in demanding environments. Each coil undergoes a polishing treatment, providing improved longevity and a premium appearance. Rigid hardness and hollow technique further boost durability for heavy-duty use.


Efficient Heat Transfer for Industrial Applications

With up to 200 sq. ft. of heat transfer surface area and adjustable fin spacing, these coils offer rapid cooling and energy efficiency. Operating within a wide temperature and pressure range, they deliver reliable performance across various cooling processes, ensuring continuous operation and reduced downtime.

FAQs of Cooling Coils:


Q: How do I choose the right cooling coil configuration for my application?

A: Selecting the best coil depends on your systems temperature range, pressure requirements, and physical space. Our customizable optionsincluding coil shape, fin spacing, and connection typesallow you to adapt the coil for HVAC, chilling, or refrigeration uses, ensuring optimal performance and easy installation.

Q: What benefits does aluminum fin material provide in these cooling coils?

A: Aluminium fins allow for superior thermal conductivity and efficient heat dissipation, helping maximize cooling performance while also keeping coil weight between 20-50 kg. The materials corrosion resistance extends the coils lifespan, making it ideal for industrial environments.

Q: When is it necessary to use corrosion-resistant cooling coils?

A: Corrosion-resistant coils are essential in applications exposed to moisture, chemicals, or variable temperaturessuch as refrigeration plants or HVAC systemswhere material longevity and hygiene are priorities. Our coils, made from stainless steel or copper, feature polished surfaces for enhanced protection.

Q: Where can these cooling coils be mounted in industrial systems?

A: Our cooling coils support both horizontal and vertical mounting orientations, enabling flexible installation within compact plant layouts or large HVAC units. This adaptability makes them suitable for a broad range of environments and operational needs.

Q: What is the process for customizing a coil to match my requirements?

A: Customization involves selecting desired dimensions (length, diameter, fin spacing), material type (copper or stainless steel), connection method (threaded or flanged), color, and surface treatment. Our engineering team will work with you to ensure the coil is tailored for optimal integration with your system.

Q: How does the coils heat transfer surface area affect its performance?

A: A larger surface area, up to 200 sq. ft., enhances the coils ability to transfer heat efficiently, resulting in faster cooling and improved energy savings. By adjusting fin spacing and coil size, you can select a coil that meets your cooling capacity needs.

Q: What applications are these cooling coils best suited for in India?

A: Ideal for use in industrial-grade HVAC, refrigeration, and chilling plants, our coils are widely implemented in factories, commercial buildings, and cold storage facilities throughout India. Their robust design and adaptability support both new installations and retrofit projects.

X