Pneumatics
Hydraulics
Hydraulic Adaptors
Stainless Steel Hydraulic Adaptors
Reducing Hexagon Nipples Stainless Steel 316
Quick Code: BB-671820
2inch BSPP 60 Degree Cone x 1-1/4inch NPT Male Hydraulic Reducing Nipple Stainless Steel
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Product Specification
Material
Stainless Steel 316
Pressure Rating
80 Bar
Reduced Thread Size
1-1/4inch NPT
Thread Size
2inch BSPP
Reference
RN3220PN
Brand
Nero
Quick Order Code
BB-671820
Product Description
Reducing Nipple Stainless Steel 316
This precision-engineered 2inch BSPP x 1-1/4inch NPT Male Hydraulic Reducing Nipple is manufactured from premium Stainless Steel 316, delivering exceptional corrosion resistance and reliability for demanding hydraulic applications. Designed as a versatile adaptor, it seamlessly connects larger BSPP male threads to smaller NPT male threads within your hydraulic system.
Technical Specifications:
- Main Thread Size: 2inch BSPP male
- Reduced Thread Size: 1-1/4inch NPT male
- Thread Standard: BSPP male thread to ISO 228/1
- Internal Cone: 60 degree to BS 5200
- Material: Stainless Steel 316
- Pressure Rating: 80 Bar
- Brand: Nero
- Reference: RN3220PN
Key Features:
- Superior corrosion resistance from premium 316 stainless steel construction
- Mixed thread configuration (BSPP to NPT) for versatile system integration
- Precision 60-degree cone design ensures secure, leak-free connections
- Precision-manufactured to international standards (ISO 228/1 and BS 5200)
- Compact reducing nipple format optimizes system efficiency
- Long-lasting performance in demanding industrial environments
Ideal Applications:
- Hot and cold water systems
- Oil hydraulic systems
- Gas transmission systems
- Industrial fluid transfer
- Hydraulic system adaptations and reductions
- System retrofitting and custom hydraulic design projects
- Mixed thread configuration installations requiring BSPP to NPT conversion
This reducing nipple is essential for applications where you need to transition from 2inch BSPP connections to 1-1/4inch NPT ports, making it an ideal component for flexible hydraulic system designs and adaptations in a wide range of industrial environments.

