HARBAX HFD-033F Refrigeration Liquid Line Filter Drier (1/4″ SAE Flare)

HARBAX HFD-033F Refrigeration Liquid Line Filter Drier 

The HARBAX HFD-033F Refrigeration Filter Drier is a compact and dependable liquid line system protection component used in refrigeration and air conditioning systems. It is designed to remove moisture, acids, and solid contaminants such as dirt or metal particles from the refrigerant, helping prevent corrosion, blockages, and internal system damage.
Installed on the high-pressure liquid line, this filter drier ensures clean refrigerant flow, stable system operation, and long-term equipment reliability—especially in smaller-capacity systems.

Key Benefits

Effective Moisture & Acid Removal: Protects compressors and internal components
System Protection: Reduces risk of corrosion, clogging, and premature failure
Liquid Line Application: Designed for installation on the high-pressure side
SAE Flare Connection: Easy, service-friendly installation without brazing
Compact Design: Ideal for tight spaces and smaller systems
Reliable Performance: Ensures consistent and clean refrigerant flow

Specifications

Brand: Harbax
Product Type: Refrigeration Filter Drier
Model Number: HFD-033F
Connection Size: 1/4″ (inch)
Connection Type: SAE (Flare)
Installation Position: Liquid Line (High-Pressure Side)
Function: Moisture, acid, and particle removal

FAQs

Q1: What is the purpose of the HFD-033F filter drier?
It removes moisture, acids, and solid contaminants from the refrigerant to protect the system.
Q2: Where should this filter drier be installed?
It should be installed on the liquid line, on the high-pressure side of the system.
Q3: What type of connection does this model use?
This model uses a 1/4″ SAE (flare) connection, allowing easy installation and replacement.
Q4: Is this filter drier suitable for small HVAC systems?
Yes, it is well-suited for smaller refrigeration and air conditioning systems.
Q5: When should a filter drier be replaced?
Replacement is recommended during system servicing, after contamination, or following compressor failure.