Fluorine Leakage Preventing Copper-Aluminum Air Conditioner Connection Pipe

Product Specification

Fluorine Leakage Preventing Copper-Aluminum Air Conditioner Connection Pipe

Copper and aluminum air conditioner connecting pipes make air conditioners more efficient, energy-saving and environmentally friendly
Air conditioning is one of the essential appliances in our lives. It can provide us with comfortable temperature and humidity, allowing us to feel warm and refreshing in hot summer or cold winter. However, the performance and life of the air conditioner depend not only on the air conditioner itself, but also on the pipes connecting the internal and external units of the air conditioner. If the connecting pipe is of poor quality and is prone to fluorine leakage, corrosion, rupture, etc., the cooling and heating effects of the air conditioner will be greatly reduced, and may even cause safety hazards and environmental pollution. Therefore, it is very important to choose a high-quality air conditioning connecting pipe.

We recommend that you use copper-aluminum air conditioning connecting pipe, which is a new type of connecting pipe made of a section of copper pipe and a section of aluminum pipe through welding technology. It has the following characteristics and advantages:
The copper round tube part of the copper-aluminum connecting tube can be tightly connected with the brass parts of the internal and external units of the air conditioner, preventing the possibility of electrochemical reaction between the aluminum round tube and the brass parts, thereby enhancing the stability and safety of the connecting tube. reliability.

The aluminum pipe part of the copper-aluminum connecting pipe can reduce the burden and cost of the connecting pipe, and can also reduce the burden of the connecting pipe on the environment, because aluminum is a recyclable metal and will not cause resource consumption and environmental pollution.

The overall copper-aluminum connecting pipe is more insulated than a pure round aluminum pipe, which can effectively maintain the temperature inside the connecting pipe, reduce the loss of refrigerant during the flow process, and improve the cooling and heating efficiency of the air conditioner.

Our copper and aluminum air conditioning connecting pipes are available in a variety of specifications and sizes, suitable for different models and brands of air conditioners. Our copper and aluminum air conditioning connecting pipes have undergone strict quality testing and safety certification to ensure product performance and quality.

Features:

1. The copper-aluminum connecting pipe has outstanding anti-corrosion performance. The surface is anti-corrosion treated with cross-linked polyethylene material, which can effectively resist the corrosion of aluminum pipes by water and humid air, ensuring its long life.
2. By using copper and aluminum tubes to connect the two ends of the brass, we have successfully avoided problems such as oxidation and corrosion of knots that easily cause quality hazards, thus effectively reducing production costs.
3. Since the copper tube and the aluminum tube do not need to be welded, but are connected through cold connection, the generation of surface oxides caused by high-temperature welding is avoided, so that no additional treatment is required to meet the cleaning requirements of the cooling tube.
4. The copper-aluminum connecting pipe has excellent thermal insulation performance and can effectively improve the energy efficiency of the air conditioner. We use advanced insulation materials and technologies to ensure that the insulation effect of the pipeline is more significant.
5. The design pressure of the copper-aluminum connecting pipe is the same as the allowable burst pressure of the copper connecting pipe, which is 13.0Mpa. This high strength and pressure resistance can ensure the stability and safety of the pipeline during use.
6. Since aluminum is softer than brass, the wall thickness of the copper pipe of the copper-aluminum connecting pipe is designed to be 1.5 times the wall thickness. This makes the copper-aluminum connecting pipe more convenient and flexible during installation and movement, and has excellent performance and can be widely used. Applied to a variety of different fields and uses.

Applications:

evaporimeter

condensator

dehumidifier

Cold dry machine

warm air blower

etc.

Techical Parameters:

physical characteristics and composition

1. The bimetallic composite pipe has a tensile strength of 150–160 MPa, an elongation of 35–40%, and a pressure resistance of at least 15 MPa.

2, copper-clad aluminum tube for the integration of materials; copper and aluminum cannot be separated, as with bending, flaring, and softness in copper pipe.

3. The pipe's section has a copper to aluminum weight ratio of 60:40, the same specifications as the original copper pipe, and the same outer diameter and wall thickness.

Air conditioning connection pipe

(Technical requirements refer to national standards or customer technical quality requirements for production)

FAQ.:

Q1: aluminum alloy pipe compared with copper pipe, advantages and disadvantages?

A1: Aluminum pipe cost low ductility, but easy to corrosion. Copper pipes have good thermal conductivity and corrosion resistance, but the installation, preservation and transportation are not easy and the cost is high.

Q2: What should be noted in the installation of the air conditioning connection pipe?

A2: The alloy pipe is easy to install, but the link of copper and aluminum after a long time of chemical changes, will cause electrocouple corrosion.

Q3: How to deal with the corrosion problem?

A3: Our products use special corrosion resistant alloy, and the corrosion resistance effect is greatly improved compared with ordinary aluminum alloy. The corrosion resistance experiment is> 1000 hours, which greatly improves the service life of the product.

Q 4: What state and performance of aluminum pipe and aluminum alloy pipe can be produced?

A 4: It can produce performance products from hard state to soft state and interval.