Pneumatics
Hydraulics
Hydraulic Adaptors
Stainless Steel Hydraulic Adaptors
Reducing Hexagon Nipples Stainless Steel 316
Quick Code: BB-671774
1/2inch BSPP 60 Degree Cone x 3/4inch BSPT Male Hydraulic Reducing Nipple Stainless Steel
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Product Specification
Material
Stainless Steel 316
Pressure Rating
250 Bar
Reduced Thread Size
3/4inch BSPT
Thread Size
1/2inch BSPP
Reference
RN0812PT
Brand
Nero
Quick Order Code
BB-671774
Product Description
This 1/2" BSPP x 3/4" BSPT Male Hydraulic Reducing Nipple from Nero is a precision-engineered adaptor designed for demanding hydraulic applications where thread compatibility and reliable sealing are essential.
Product Specifications
- Material: Stainless Steel 316 - corrosion-resistant construction for superior durability
- Thread Configuration: 1/2" BSPP male to 3/4" BSPT male reducing connection
- Thread Standard: BSPP male thread to ISO 228/1
- Internal Cone: 60 degree cone to BS 5200 specifications
- Pressure Rating: 250 Bar - suitable for high-pressure systems
- Reference Code: RN0812PT
Key Features
- High-quality stainless steel construction ensures excellent corrosion resistance in harsh environments
- Precision 60-degree cone design guarantees reliable sealing and consistent performance
- BSPP to BSPT thread conversion enables seamless integration with mixed hydraulic systems
- ISO and BS standards compliance ensures compatibility with industrial hydraulic systems
- Compact reducing nipple format optimizes system efficiency
Suitable Applications
- Hot and cold water systems
- Oil hydraulic circuits
- Gas transmission systems
- Industrial hydraulic applications requiring thread adaptation
- High-pressure hydraulic assemblies
- System retrofitting and custom hydraulic configurations
This reducing nipple is ideal for applications where you need to transition between different thread standards, connecting 1/2" BSPP ports to 3/4" BSPT connections. It is an essential component for custom hydraulic system designs, equipment upgrades, and retrofitting requirements in demanding industrial environments.

