1-1/2 in. SCH40 PVC 90-Degree Elbow NSF Pipe Fitting

In stock

SKU
ERA-1590
  $0.94
  • Buy 40 for $0.85 each and save 10%
Only 62 left

Description / 1-1/2 in. SCH40 PVC 90-Degree Elbow NSF Pipe Fitting

The 247Garden ERA 1-1/2 in. Schedule 40 PVC 90-Degree Elbow Pipe Fitting is a high-quality piping component designed for HVAC and plumbing applications. Made from durable Schedule 40 PVC material, this 90-degree elbow fitting ensures reliable connections and efficient flow control.
Key Features:
  • Schedule 40 PVC material: Corrosion-resistant and durable
  • NSF certified: Meets industry standards for quality and performance
  • ASTM D2466 compliant: Ensures consistency and reliability
  • 90-degree elbow design: Allows for smooth flow and direction changes
  • 1.5" size: Suitable for various HVAC and plumbing applications
Benefits:
  • Reliable connections: Ensures secure and leak-free installation
  • Efficient flow control: Reduces pressure drops and ensures smooth flow
  • Corrosion-resistant: Ideal for use with water, chemicals, and other media
  • Easy installation: Simple and quick connection process
Suitable Applications:
  • HVAC systems
  • Plumbing installations
  • Water management systems
  • Irrigation systems
  • Industrial processes
Trust 247Garden's ERA 1-1/2 in. Schedule 40 PVC 90-Degree Elbow Pipe Fitting for your HVAC and plumbing needs.

More Information

SKU ERA-1590
Shipping Weight (Lb) 0.375000
Case Qty 40
Country of Manufacture China
Condition New
Brand 247Garden
PVC Schedule Type Schedule 40
PVC Fitting Size 1-1/2"
PVC Grade SCH40 Plumbing-Graded
PVC Fitting Type 90° Elbow, Elbow
PVC Connection Type Socket/Slip
PVC Standard SCH40 ASTM D2466 UPC
Inner Diameter (in.) 1.90"
Temperature Rating Max 60℃ /140℉
PVC Pressure Rating 150 PSI @ 73°F, PN10, 10Bar, 1.0Mpa
PVC Certification NSF, NSF-PW, NSF-61, ASTM, ANSI
PVC Applications General Service, Residential Project, Commercial Project, Commercial Plumbing, Irrigations, Swimming Pools, Water Parks, Aquariums, Hydroponics, Furniture, School Project