UNF Male to BSP Male Adaptors | Hydraulic Fittings Ireland
UNF Male to BSP Male Adaptors | Hydraulic Fittings Ireland
This category features UNF male to BSP male hydraulic adaptors, designed for professionals in agriculture, engineering, and mechanical workshops across Ireland. These adaptors allow you to connect hydraulic components with UNF (Unified National Fine) male threads to those with BSP (British Standard Pipe) male threads, ensuring compatibility and leak-free performance. Suitable for a range of hydraulic systems, these fittings are essential for maintenance, repairs, and new installations where different thread standards need to be joined securely.
Key features & uses
- Key features include robust construction, precise threading, and compatibility with UNF and BSP systems. Commonly used in hydraulic repairs, machinery maintenance, and custom installations where thread conversion is required.
Related categories
Filters
Connection 1
UN male thread, parallel
Connection 2
BSPP male thread, parallel
Construction type
screw-in socket
Customs tariff number
73079910
G1
UN 1.1/16 -12
UN 1.5/16 -12
UN 1.5/8 -12
UN 1.7/8 -12
UNF 1/2 -20
UNF 3/4 -16
UNF 7/16 -20
UNF 7/8 -14
UNF 9/16 -18
G2
G 1 -11
G 1.1/2 -11
G 1.1/4 -11
G 1/2 -14
G 1/4 -19
G 1/8 -28
G 3/4 -14
G 3/8 -19
G 5/8 -14
Material
steel
OR
10.52 x 1.83
11.90 x 1.98
16.36 x 2.21
19.18 x 2.46
23.47 x 2.95
29.74 x 2.95
37.47 x 3.00
43.69 x 3.00
9.17 x 1.83
Sealing form 1
O-ring seal, on screw-in socket
Sealing form 2
60 inner cone
Standard
ISO 8434-6
Standard connection 1
ISO 11926-3
Surface
electro galvanised
Type
straight
FAQ
Frequently asked questions
UNF (Unified National Fine) and BSP (British Standard Pipe) are different thread standards. UNF is common in North American equipment, while BSP is widely used in Europe and Ireland.
Check the thread sizes on your existing components and match them to the adaptor’s UNF and BSP male thread specifications.
Yes, these adaptors are designed for hydraulic applications, but always verify compatibility with your system’s pressure requirements.