Pneumatics
Hydraulics
Hydraulic Adaptors
Stainless Steel Hydraulic Adaptors
Reducing Hexagon Nipples Stainless Steel 316
Quick Code: BB-671809
1inch BSPP 60 Degree Cone x 1/2inch NPT Male Hydraulic Reducing Nipple Stainless Steel
Reducing Nipple Stainless Steel 316
This precision-engineered 1inch BSPP x 1/2inch NPT Male Hydraulic Reducing Nipple is manufactured from premium Stainless Steel 316, delivering exceptional corrosion resistance and reliability for demanding hydraulic applications. The mixed thread configuration (BSPP to NPT) makes it ideal for versatile system integration and flow management across diverse industrial setups.
Technical Specifications:
- Material: Stainless Steel 316 – superior corrosion resistance for long-lasting durability
- Main Thread Size: 1inch BSPP male to ISO 228/1
- Reduced Thread Size: 1/2inch NPT male
- Internal Cone: 60 degree to BS 5200 standards
- Pressure Rating: 200 Bar – suitable for medium to high-pressure hydraulic systems
- Reference: RN1608PN
- Brand: Nero
Applications:
This reducing nipple is suitable for use across diverse industrial and commercial applications, including:
- Hot and cold water systems
- Oil and gas transmission lines
- Industrial hydraulic circuits
- General hydraulic system adaptations
- Other medium-based industrial applications
Benefits:
- Superior corrosion resistance from 316 stainless steel construction
- Reliable 200 Bar pressure capability for medium to high-pressure applications
- Precision-manufactured to international standards (ISO 228/1 and BS 5200)
- Mixed thread configuration (BSPP to NPT) for enhanced system compatibility
- Hexagon design provides excellent grip for easy installation and removal
- Precision-engineered 60-degree internal cone ensures reliable, leak-free connections
- Long-lasting performance in demanding industrial environments
Choose this adapter when you need a dependable solution for connecting different sized BSPP and NPT hydraulic lines in your system, particularly where thread standard conversion and size reduction are required.
