90 Degree FxF Elbow | CuFe2P Copper Alloy | 130 Bar Pressure | TüV Certified | by Aspen Pumps
The 90 Degree FxF Elbow is crafted from CuFe2P copper iron alloy, ensuring high corrosion resistance and durability. Rated for 130 bar pressure and temperatures up to 150°C, this fitting is ideal for refrigeration systems using R744 (CO2) refrigerant and high-pressure plumbing applications. With traditional brazed joining and TüV certification, it guarantees quality and reliability for HVAC professionals.
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Product Name/Title: 90 Degree FxF Elbow | CuFe2P Copper Alloy | 130 Bar Pressure | TüV Certified | by Aspen Pumps
Brand: Aspen Pumps
SKU: 123-129002A-12
Alternatively Known As: 90 Degree Copper Elbow, High Pressure Copper Fitting, CuFe2P Elbow, Refrigeration Elbow Fitting
- Material: CuFe2P Copper Iron Alloy
- Pressure Rating: 130 bar
- Temperature Rating: Up to 150°C
- Compliance: ASTM B 280, AS5149.2
- Joining Method: Traditional Brazed Joining
- Magnetic Identification: Yes
- Certification: TüV Certified
- Dimensions (H x L x W): 50mm x 50mm x 50mm
- Weight: 0.2 kg
- Made from CuFe2P copper iron alloy for high corrosion resistance
- Rated for 130 bar pressure and up to 150°C temperature
- Certified to ASTM B 280 and AS5149.2 standards
- Magnetic identification for easy verification
- Traditional brazed joining method
- Certified to TüV for quality assurance
- Installation by a qualified HVAC or refrigeration technician is recommended to ensure proper brazing and system integrity.
- Refrigeration systems using R744 (CO2) refrigerant
- High pressure plumbing and HVAC systems
- Industrial applications requiring corrosion-resistant copper fittings
- Complies with AS/NZS 5149.2 for refrigeration systems safety and performance
- Durable copper alloy reduces need for frequent replacements, minimizing waste
- Supports use in environmentally friendly R744 (CO2) refrigerant systems
Warranty coverage as per Aspen Pumps standard terms and conditions.
Available for immediate purchase, ideal for high pressure refrigeration and HVAC applications.