Bspp Male X Bspt Male Nipple

Description & Features

Constructed from steel in a straight configuration, this 1" BSPP Male x BSPT Male Nipple provides a reliable threaded transition between British Standard Parallel Pipe (G 1–11) and British Standard Taper Pipe (R 1–11) connections. The parallel-to-taper thread combination makes it well suited for hydraulic and industrial fluid systems where these two thread standards meet at a junction point.

Manufactured by Adaptall, the fitting measures 56.1mm in length with a 41mm across-flat wrench width, supporting straightforward installation with standard tooling. The all-steel construction provides durability appropriate for demanding industrial service environments.

SKU: 9003-16-16

Supplier Part Number (MPN): 9003-16-16

Specifications

Brand
adapt-all
Connection Size 1
1 in
Connection Size 2
1 in
Connection Type
Male BSP
Connection Type 1
Male BSPP 60 deg Flare
Connection Type 2
Male BSPT
Dimension Standards
BS 5200, DIN EN 10226-1
Dimensions
57 mm L
Finish
Zinc-Plated
Fitting Type
Nipple
Hex Size
41 mm
Material
Steel
Material Construction
Carbon Steel
Series
9003 Series
Thread Size
1-11

Product Questions & Answers (2)

Question by: Neal A on Sep 1, 2025, 5:13 PM
Got a piece of equipment running G 1-11 parallel threads on one port and the other side is tapered BSPT, will this nipple bridge that gap without needing an adapter in between?
Answer by: Customer Support on Sep 3, 2025, 3:23 PM
That's exactly what this fitting is built for. One end is BSPP (G 1-11) male and the other is BSPT (R 1-11) male, both sized at 1 inch, so it connects those two thread standards directly with no extra hardware in between. The straight configuration keeps the transition clean and inline.
Question by: Tommy S on Aug 8, 2025, 2:57 PM
Will this fitting hold up okay in a hydraulic setup? I ain't looking for it to fall apart on me.
Answer by: Customer Support on Aug 9, 2025, 6:07 PM
Constructed from steel, this nipple fitting is durable enough to handle demanding industrial environments, so it should work well in a hydraulic system.

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