Molecular sieve
Molecular sieve is a synthetic compound with microporous cubic crystal hole structure, which can absorb residual water in refrigeration system and allow refrigerant to pass through normally.
Product description
Feature: Copper filter driers are designed to absorb moisture and acid, and to filter out impurities. Normally be instead as component and replaced as repair part for both domestic and commercial refrigerators, freezers.
Key Specifications
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1. Structure and material
Shell: high purity aluminium pipe (rust resistant, high pressure resistant)
Inner core: 3A molecular sieve (water absorption ≥20%) + activated carbon layer
Sealing process: argon arc welding to ensure no leakage
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2. Core strengths
Prolong the life of the equipment: reduce the corrosion of water and acidic substances on the compressor
Fast cooling: reduce system resistance and improve refrigerant cycle efficiency
Widely used: household refrigerator, commercial cold storage, car air conditioning can be used
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3. Application scenario
Refrigerator/freezer repair and replacement
Air conditioning system maintenance and upgrade
Industrial refrigeration equipment maintenance
Product details
Core characteristics
The main function of the drying filter is to remove moisture and impurities from the system, prevent ice blockage and dirt blockage, and protect key components such as compressors. Red copper material may have better corrosion resistance and thermal conductivity, which is one of its advantages. The red copper drying filter plays a crucial "guardian" role in the refrigeration/air conditioning system. Its core functions include:
Deep water removal
The residual moisture in the system is rapidly absorbed by internal adsorbents (such as molecular sieves) to prevent water from freezing and forming "ice blockage" in low-temperature environments, ensuring the smooth circulation of the refrigerant.
Precision filtration
The double-layer filter screen structure can intercept solid impurities such as welding slag and metal shavings, prevent the compressor from getting stuck in the cylinder or the throttling components from being blocked, and extend the service life of the equipment.
Long-term protection
Red copper material has excellent corrosion resistance and can resist the chemical erosion of refrigerants and refrigeration oil, ensuring long-term stable operation.
System adaptation
The unique design can balance the flow rate and pressure drop of the refrigerant, achieving efficient purification while reducing energy loss. It is particularly suitable for precision systems such as inverter air conditioners.
Its working principle is like installing a "double protective shield" for the system: the physical filter layer intercepts visible impurities, and the chemical adsorption layer eliminates the threat of hidden moisture, jointly building a clean and stable operating environment.
Packing and delivery
To better ensure the safety of your goods, professional, environmentally friendly, convenient and efficient packaging services will be provided.
Certificates
Frequently Asked Questions
Q1: What is the main function of the molecular sieve in the filter drier?
A1: The molecular sieve is a synthetic compound with a microporous structure designed to absorb residual water within the refrigeration system, preventing ice blockage while allowing the refrigerant to pass through normally.
Q2: How does the filter drier improve cooling efficiency?
A2: By removing moisture, acids, and solid impurities like welding slag, it reduces overall system resistance, prevents blockages, and improves the circulation efficiency of the refrigerant.
Q3: Can these filter driers be used for commercial equipment?
A3: Yes, they are highly versatile and widely used for maintenance, repair, and upgrades in domestic refrigerators, commercial freezers, car air conditioners, and industrial refrigeration equipment.
Q4: What materials are used to ensure the durability of the filter drier?
A4: The drier features a high-purity aluminum pipe shell that is rust and high-pressure resistant. The inner core contains a 3A molecular sieve paired with an activated carbon layer, sealed via argon arc welding to prevent leaks.
Q5: How does the copper material benefit the refrigeration system?
A5: Red copper provides excellent thermal conductivity and corrosion resistance. It effectively resists chemical erosion from refrigerants and refrigeration oil, ensuring the long-term stable operation of the system.