Pneumatics
Hydraulics
Hydraulic Adaptors
Stainless Steel Hydraulic Adaptors
Reducing Hexagon Nipples Stainless Steel 316
Quick Code: BB-671807
3/4inch BSPP 60 Degree Cone x 1inch NPT Male Hydraulic Reducing Nipple Stainless Steel
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Product Specification
Material
Stainless Steel 316
Pressure Rating
200 Bar
Reduced Thread Size
1inch NPT
Thread Size
3/4inch BSPP
Reference
RN1216PN
Brand
Nero
Quick Order Code
BB-671807
Product Description
Reducing Nipple - Stainless Steel 316
This precision-engineered reducing nipple is designed for reliable performance in demanding hydraulic and fluid transfer applications. Manufactured from corrosion-resistant Stainless Steel 316, it features a 3/4inch BSPP male thread reducing to a 1inch NPT male connection, making it ideal for system downsizing, thread conversion, and adapter configurations in mixed hydraulic systems.
Technical Specifications
- Material: Stainless Steel 316
- Thread Size: 3/4inch BSPP male (ISO 228/1)
- Reduced Thread Size: 1inch NPT male
- Internal Cone: 60 degree to BS 5200
- Pressure Rating: 200 Bar
- Reference: RN1216PN
- Brand: Nero
Key Features
- Premium Stainless Steel 316 construction for superior corrosion resistance in harsh environments
- ISO 228/1 compliant BSPP threading
- BS 5200 certified 60-degree cone design for secure, leak-free connections
- Reliable pressure rating of 200 Bar for demanding industrial applications
- BSPP to NPT thread conversion enables seamless integration with mixed hydraulic systems
- Precision-engineered for optimal performance and longevity
Suitable Applications
- Hot and cold water systems
- Oil transfer and hydraulic systems
- Gas distribution networks
- Industrial fluid power systems
- Hydraulic assemblies and equipment
- System retrofitting and custom hydraulic configurations
- Equipment upgrades requiring thread adaptation
- Other specialized medium applications
This reducing nipple is an essential component for hydraulic systems requiring reliable BSPP to NPT thread adaptation with exceptional durability and performance in corrosive or challenging environments.

