Aluminum Condenser Coil

Product Description Additionally, air conditioning systems with larger coils can offer increased cooling capacity and improved seasonal energy efficiency ratings (SEER2). In short, having a well-maintained condenser coil is essential for efficient long-term operation of your system. 1. Material: copper, aluminum, galvanized plate. 2. Copper pipe: diameterΦ7, Φ7.94, Φ9.52, inner grooved or smooth tube. 3. Aluminum foil: hydrophilic or bare 4. Fin type: louver fin, flat fin,

Product Description Chilled water coils also known as hydronic cooling coils are typically used to cool or remove moisture from air streams. The air to be cooled moves through the fins, and either water or an ethylene or propylene glycol solution move through the tubes. This is a type of heat exchanger mostly used in commercial and industrial air handler units. 1. Material: copper, aluminum, galvanized plate. 2. Copper pipe: diameterΦ7, Φ7.94, Φ9.52, inner grooved or smooth

Product Description A simple form of water coils have been around for centuries. The first “modern” heat exchanger using water was invented by William Blakely in 1796. However Water Tube boilers date back almost 2,000 years. More commonly used cooling in the world today are refrigerant systems. 1. Material: copper, aluminum, galvanized plate. 2. Copper pipe: diameterΦ7, Φ7.94, Φ9.52, inner grooved or smooth tube. 3. Aluminum foil: hydrophilic or bare 4. Fin type: louver fin,

Product Description Hot water coils are a type of heat exchanger often called hydronic coils that use hot water from a boiler to heat or remove moisture from the air. The air moves through the fins of the coil which is hot from water flowing through the tubes. This is a type of heat exchanger mostly used in commercial and industrial air handler units, roof top units as well as ductwork installations downstream. 1. Material: copper, aluminum, galvanized plate. 2. Copper pipe:

Product Description In parts of the country and world, you may be more familiar with radiant heat or baseboard heat. Those particular units do not have air moving through them but simply radiates the air near the units. Hot water coils on the other hand are used in forced air systems and booster coils or reheat coils are used in ductwork downstream to reheat the air that has cooled off. 1. Material: copper, aluminum, galvanized plate. 2. Copper pipe: diameterΦ7, Φ7.94, Φ9.52,

Product Description Hot water coils are one of the simplest parts to an HVAC unit, but it can be important to know the parts so you know what type of connections and where they need to be located. Similar to chilled water coils, If and when a coil is to leak it usually happens in the copper u-bends. But with hot high pressured water, it will first leak at the weakest place which can be on a return bend or in the middle of the coil. When patching a leak in the middle of the

Product Description There aren’t many parts to a chilled water coil but it still helps knowing the parts before placing an order or calling for a repair. If and when a coil is to leak it usually happens in the copper u-bends. But pressurized water will leak at the weakest point and this can happen in the middle of a coil behind the fin pack. When this happens it is impossible to fix without destroying the fins and therefore losing a lot of efficiency in your coil. Here is a

Product Description To ensure the best possible performance from your condenser coil, it is important to keep it clean and free from debris. While maintenance should only be handled by a licensed HVAC technician, you can also regularly inspect the area around your unit for any obstructions like tall grass or shrubs that could inhibit air flow. 1. Material: copper, aluminum, galvanized plate. 2. Copper pipe: diameterΦ7, Φ7.94, Φ9.52, inner grooved or smooth tube. 3. Aluminum

Product Description Condenser coils are used to reject heat from an air-conditioning or refrigeration system. Sometimes they are used with the intention to heat air streams. They are one of the four main components in the refrigeration or air-conditioning cycle. Refrigerant enters as a superheated gas and condenses in the coil tubes as the air is heated. The refrigerant leaves the coil as a liquid. 1. Material: copper, aluminum, galvanized plate. 2. Copper pipe: diameterΦ7,

Product Description Commercial Refrigeration Systems (Kitchen refrigerator, bottle cooler, deep freezer, milk tank, etc) 1. Material: copper, aluminum, galvanized plate. 2. Copper pipe: diameterΦ7, Φ7.94, Φ9.52, inner grooved or smooth tube. 3. Aluminum foil: hydrophilic or bare 4. Fin type: louver fin, flat fin, corrugated fin 5. Pitch of fins: Ø7 1.1~1.8mm Ø7.94 1.4~2.0 mm Ø9.52 1.4~2.3 mm 6. Pitch of holes and pitch of rows: 20.5x12.7mm, 22x19.05mm, 21x12.7mm, 25.4x22mm

Product Description Evaporator coils are used to cool or remove moisture from air streams. They are sometimes called direct expansion. They are one of the four main components in the refrigeration or air-conditioning cycle. A liquid-vapor mixture of refrigerant enters the coil and cools the air as it evaporates, and eventually leaves the coil as a gas. 1. Material: copper, aluminum, galvanized plate. 2. Copper pipe: diameterΦ7, Φ7.94, Φ9.52, inner grooved or smooth tube. 3.

Product Description Industrial Refrigeration Systems (Printing machine, Colling machine, etc) 1. Material: copper, aluminum, galvanized plate. 2. Copper pipe: diameterΦ7, Φ7.94, Φ9.52, inner grooved or smooth tube. 3. Aluminum foil: hydrophilic or bare 4. Fin type: louver fin, flat fin, corrugated fin 5. Pitch of fins: Ø7 1.1~1.8mm Ø7.94 1.4~2.0 mm Ø9.52 1.4~2.3 mm 6. Pitch of holes and pitch of rows: 20.5x12.7mm, 22x19.05mm, 21x12.7mm, 25.4x22mm equilateral triangle

Product Description Automobile-Buses / Car air conditioning Railway air-conditioning an Marine air-conditioning Special Application Coils 1. Material: copper, aluminum, galvanized plate. 2. Copper pipe: diameterΦ7, Φ7.94, Φ9.52, inner grooved or smooth tube. 3. Aluminum foil: hydrophilic or bare 4. Fin type: louver fin, flat fin, corrugated fin 5. Pitch of fins: Ø7 1.1~1.8mm Ø7.94 1.4~2.0 mm Ø9.52 1.4~2.3 mm 6. Pitch of holes and pitch of rows: 20.5x12.7mm, 22x19.05mm, 21x12

Product Description A condenser coil is one of two coils found in your cooling system that work together to complete the heat exchange cycle. The condenser coil is located outside the home, and it’s where the refrigerant releases the heat it absorbed from inside. It is responsible for rejecting the energy taken up by the evaporator coil into an external environment, usually an outdoor air source. This heat exchange process creates cool air which then circulates back through

Product Description The size and shape of a condenser coil can vary depending on its intended application, but in most systems you will typically find a large metal shell with rows of tubes running vertically or horizontally within it, each containing finned aluminum coils. These fins are specifically designed to help increase the surface area of the condenser coil, allowing it to reject more heat faster and more efficiently. 1. Material: copper, aluminum, galvanized plate. 2

Product Description The condenser coil plays an important role in the operation of your system. Without a properly functioning condenser coil, your system would not be able to keep up with cooling demands or maintain comfortable temperatures inside your home. 1. Material: copper, aluminum, galvanized plate. 2. Copper pipe: diameterΦ7, Φ7.94, Φ9.52, inner grooved or smooth tube. 3. Aluminum foil: hydrophilic or bare 4. Fin type: louver fin, flat fin, corrugated fin 5. Pitch of

Product Description The condenser coil plays an important role in the operation of your system. Without a properly functioning condenser coil, your system would not be able to keep up with cooling demands or maintain comfortable temperatures inside your home. It also helps reduce operational costs by improving energy efficiency since it releases more heat into external environments rather than back into your living space. 1. Material: copper, aluminum, galvanized plate. 2.