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Pneumatics Hydraulics Hydraulic Adaptors Stainless Steel Hydraulic Adaptors Reducing Hexagon Nipples Stainless Steel 316
Quick Code: BB-671793

1/8inch BSPP 60 Degree Cone x 1/4inch NPT Male Hydraulic Reducing Nipple Stainless Steel

£9.90 exc VAT (£11.88 inc VAT)
In Stock   Free Delivery over £100   Next Day Order by 4pm
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Product Specification
Material
Stainless Steel 316
Pressure Rating
350 Bar
Reduced Thread Size
1/4inch NPT
Thread Size
1/8inch BSPP
Reference
RN0204PN
Brand
Nero
Quick Order Code
BB-671793
Product Description

This 1/8" BSPP to 1/4" NPT Reducing Nipple is a precision-engineered hydraulic adaptor manufactured by Nero from premium Stainless Steel 316. Designed for compact hydraulic systems and space-constrained applications, this reducing nipple delivers exceptional corrosion resistance and reliable performance in demanding environments.

Technical Specifications:

  • Material: Stainless Steel 316 (corrosion-resistant)
  • Thread Configuration: 1/8" BSPP male thread (inlet) to 1/4" NPT male thread (outlet)
  • Thread Standard: BSPP to ISO 228/1
  • Internal Cone: 60-degree to BS 5200
  • Pressure Rating: 350 Bar
  • Reference: RN0204PN

Key Features:

  • High-quality reducing nipple for connecting different thread sizes and types
  • Premium stainless steel construction ensures long-lasting performance in harsh environments
  • Precision-engineered 60-degree internal cone for optimal sealing and reliability
  • High pressure rating of 350 Bar suitable for demanding hydraulic applications
  • Complies with ISO 228/1 and BS 5200 standards
  • Compact design ideal for space-limited installations

Suitable Applications:

This reducing nipple is ideal for use in:

  • Hot and cold water systems
  • Oil distribution networks
  • Gas handling systems
  • Compact hydraulic circuit designs
  • General hydraulic applications
  • Industrial fluid transfer systems
  • Portable hydraulic equipment

The combination of BSPP and NPT threads makes this adaptor versatile for connecting hydraulic systems with different thread configurations, providing a reliable solution for reducing connection points in space-constrained applications.


  • Click here for data sheet