Products

Floron is a prominent brand of refrigerant gases manufactured by SRF Limited, a major chemical conglomerate based in India. The brand is known for high-purity gases (typically 99.9% or higher) used across automotive, residential, and industrial cooling systems. Common Floron Refrigerant Types Floron offers various gases categorized by their chemical composition and application: HFCs (Hydrofluorocarbons): Eco-friendly alternatives with zero ozone depletion potential (ODP). Floron R134a: The most common HFC, primarily used in car air conditioning and domestic refrigerators. Floron R32: Highly efficient gas used in modern air conditioning units.

Danfoss offers flow switches primarily within its FQS series, which are paddle-type switches designed to monitor the flow of liquids like water, glycol, or brine in various industrial and HVAC applications. Key Danfoss Flow Switch Products Danfoss FQS-U30G (Code 061H4000): This is a standard paddle flow switch for general fluid line applications, approved by both CE and UL, with a G1" connection. Features: Contact Function: SPDT (Single Pole Double Throw) contact system. Media: Suitable for fresh water, glycol, and neutral brine. Pipe Compatibility: Includes paddle segments for use in pipes ranging from 1 inch to 6 inches in diameter, which can be trimmed for easy adjustment.

Atlas offers a range of manual, lever-type tube benders designed for precise, kink-free bending of soft metal tubing like copper, brass, and aluminum. These are widely available from online retailers in various sizes. Product Details and Features Atlas tube benders are known for their durable construction and ease of use, making them suitable for both professionals and DIY enthusiasts. Bending Capacity: Capable of bending up to 180 degrees. Material Compatibility: Primarily designed for soft copper, brass, aluminum, and thin-walled steel or stainless steel tubing.

Bitzer refrigeration compressor oils are high-performance lubricants specifically designed for the brand's industrial compressors to ensure thermal stability and long-term durability. These oils are categorized primarily by the type of refrigerant and compressor they support. Common Bitzer Oil Grades BSE Series (Synthetic POE): Tailored for chlorine-free HFC and HFO refrigerants like R134a, R404A, and R507A. BSE 32: A polyolester (PO) oil for reciprocating compressors, offering an ISO viscosity grade of 32. BSE 170: Often used in industrial applications requiring higher viscosity (ISO 170).

A cartridge heater is a heavy-duty, tube-shaped industrial electric heating element used to provide highly localized and precise heat to metal parts, molds, dies, or liquids through insertion into drilled holes. They are built for durability and are highly customizable for various industrial applications. How They Work A cartridge heater operates on the principle of electrical resistance heating to convert electrical energy into heat.

Temperature controllers are devices that maintain a specific temperature by comparing a sensor's reading (like a thermocouple or RTD) to a setpoint and then activating heating or cooling elements as needed, crucial for processes in industries from food & beverage to HVAC, using simple On/Off or advanced PID (Proportional-Integral-Derivative) logic for precision in appliances, ovens, and complex machinery.

Copper and silver brazing rods are filler metals used to join metals, with silver brazing offering high strength, good electrical conductivity, and lower melting points for joining dissimilar metals like copper, brass, and steel, while copper brazing (often copper-phosphorus) is excellent for joining copper-to-copper, creating strong capillary joints, especially in HVAC, plumbing, and electrical work, often without flux for copper-to-copper. They differ in composition, melting temperatures, and application suitability, with silver rods providing versatility for diverse materials and copper rods focusing on copper-based systems. Copper Brazing Rods Composition: Primarily copper, often with phosphorus (e.g., CuP-5 alloys like 89% Cu, 5% Ag, 6% P). Key Feature: When joining copper to copper, phosphorus acts as a flux, making them self-fluxing and ideal for plumbing, refrigeration, and HVAC lines. Applications: Joining copper, brass, bronze, and some steels; excellent for capillary action in tight joints. Silver Brazing Rods (Silver Solder) Composition: Varying amounts of silver, copper, zinc, and other elements, often with lower silver content in general purpose rods. Key Feature: Lower melting points than base metals, excellent flow (capillary action), and high strength, allowing joining of dissimilar metals. Applications: Joining copper, brass, steel, stainless steel, carbide; used in electronics, jewelry, automotive, and general metal fabrication.

Copper and brass fittings are essential plumbing and piping components, with copper offering superior thermal conductivity for heating/cooling and brass, an alloy of copper and zinc, providing greater strength, hardness, and machinability for durable connections in various liquids/gases. While copper is a pure metal (or nearly pure) with excellent heat transfer, brass's zinc content makes it stronger and ideal for complex fittings, though often used alongside copper for robust joints, especially in older systems. Copper Fittings Material: Nearly pure copper (with traces of oxygen/phosphorus). Pros: Excellent thermal conductivity (great for hot/cold water), antimicrobial, corrosion-resistant, available in many sizes. Cons: Softer than brass, potentially prone to damage if handled carelessly. Uses: Residential plumbing, HVAC, medical gas systems (MGPS). Brass Fittings Material: An alloy of copper and zinc (sometimes with tin, lead). Pros: Harder, stronger, more machinable, higher yield/shear strength than copper. Cons: Lower thermal conductivity than pure copper. Uses: Connecting pipes, valves, complex fittings, gas lines, often used to join copper pipes.

Copper pipes and tubes are versatile conduits used widely in plumbing, HVAC, and industrial applications, valued for their corrosion resistance, high thermal conductivity, and durability, though “pipes” typically refer to larger-diameter, rigid versions for water supply, while “tubes” are thinner-walled, easier-to-bend, and often used for refrigeration/AC lines. They come in various types (like K, L, M) and forms (straight lengths, coils) for diverse needs, from carrying potable water in homes to complex industrial fluid transport. Key Characteristics & Uses: Plumbing: Supply of hot & cold water, fire sprinkler systems, fuel gas lines. HVAC: Refrigerant lines in air conditioning and refrigeration systems. Industrial: Heat exchangers, oil coolers, condensers, chemical processing, marine systems, automotive radiators. Properties: Excellent heat transfer, corrosion resistance, machinability, long lifespan. Pipe vs. Tube Distinction: Pipes: Generally larger diameter, rigid, often made by casting, used for efficient flow in supply lines (e.g., water supply). Tubes: Thinner walls, easier to bend, drawn from sheets, used for intricate systems (e.g., HVAC coils, gas lines).

motors remain the core component of all fan systems, converting electrical energy into mechanical energy to rotate blades and move air. The choice of motor directly dictates the fan's efficiency, noise level, and lifespan. Key Motor Technologies in Fans The fan industry has largely shifted toward high-efficiency technologies to meet 2026 sustainability standards: Brushless DC (BLDC) Motors: These are now the standard for modern ceiling and pedestal fans. They consume up to 70% less energy than traditional motors and operate almost silently. Examples include the Atomberg Renesa and Havells Stealth Prime. Electronically Commutated (EC) Motors: Frequently used in industrial HVAC and refrigeration, EC motors combine the benefits of AC and DC technology, offering precise, stepless speed control and high efficiency even at partial loads.

Polycab offers a wide range of safe, durable, and efficient electric wires for residential and commercial use, known for features like fire retardancy (FR), low smoke (LSH), and heat resistance (HR), crucial for house wiring, conduits, and critical buildings like hospitals, ensuring high current capacity, low gas emission, and long life, with specific types like FR-LF, HRFR-LSH for enhanced safety and eco-friendliness.

Types of Glycols: Introduction to 5 Main Petrochemical GlycolsGlycols are a class of organic compounds, specifically diols (alcohols with two hydroxyl groups), known for being colorless, viscous liquids used widely as antifreeze, coolants, solvents, and in manufacturing. The most common types are Ethylene Glycol (EG), used in industrial antifreeze and polyester, and Propylene Glycol (PG), used in food, cosmetics, and non-toxic antifreeze due to its lower toxicity. They function by lowering water's freezing point and raising its boiling point, crucial for engine efficiency, and serve as chemical intermediates and humectants in various products.