HARBAX CleanFlow 48-DC Filter Drier Core

The HARBAX CleanFlow 48-DC Filter Drier Core is a high-performance replacement drier core designed for liquid line filtration in HVAC and refrigeration systems. It plays a critical role in removing moisture, neutralizing acids, and protecting compressors from internal damage caused by contamination.
Built with an advanced desiccant structure, the CleanFlow 48-DC core delivers consistent filtration efficiency while maintaining smooth refrigerant flow with minimal pressure drop, making it ideal for commercial and industrial applications.

Key Benefits

High Moisture Removal Capacity: Effectively absorbs moisture to prevent system damage
Acid Neutralization: Protects compressors from acid-related corrosion and wear
Advanced Desiccant Structure: Ensures reliable filtration and long service life
CleanFlow Design: Maintains smooth refrigerant flow with low pressure drop
Universal Replacement Core: Compatible with standard shell-type filter driers
System Protection: Supports long-term reliability and stable operation

Specifications

Brand: Harbax
Product Type: Filter Drier Core
Model: CleanFlow 48-DC
Function: Moisture and acid removal
Desiccant Type: Advanced high-capacity desiccant blend
Compatibility: Standard shell-type filter drier housings
Application: Liquid line filtration in HVAC & refrigeration systems

FAQs

Q1: What is the purpose of the CleanFlow 48-DC drier core?
It removes moisture and acids from the refrigerant to protect compressors and system components.
Q2: Is this a replacement core or a complete filter drier?
This is a replacement drier core designed for use inside compatible shell-type filter driers.
Q3: Can it be used in commercial HVAC systems?
Yes, it is suitable for commercial and industrial HVAC and refrigeration applications.
Q4: Does it affect refrigerant flow?
No, the CleanFlow design ensures low pressure drop and smooth refrigerant circulation.
Q5: When should a drier core be replaced?
Replacement is recommended during major servicing, after contamination, or following compressor failure.