Homepage — Industrial Products — Hose Tail And Adaptors — Aignep Equal Y Piece — Equal Y Piece BSPT Male / BSPP Female
Equal Y Piece BSPT Male / BSPP Female
FREE UK MAINLAND DELIVERY available on orders over £250 Exclusions apply
Homepage — Industrial Products — Hose Tail And Adaptors — Aignep Equal Y Piece — Equal Y Piece BSPT Male / BSPP Female
FREE UK MAINLAND DELIVERY available on orders over £250 Exclusions apply
Product Code | Description | PriceEx. VATIncl. VAT | TotalEx. VATIncl. VAT | Quantity |
---|---|---|---|---|
Product CodeA600-1/8 | 1/8" MALE/FEMALE/FEMALE BSP BRASS Y PIECE | £5.42Ex. VAT£6.50Incl. VAT | £5.42Ex. VAT£6.50Incl. VAT | |
Product CodeA600-1/4 | 1/4" MALE/FEMALE/FEMALE BSP BRASS Y PIECE | £6.52Ex. VAT£7.82Incl. VAT | £6.52Ex. VAT£7.82Incl. VAT | |
Product CodeA600-3/8 | 3/8" MALE/FEMALE/FEMALE BSP BRASS Y PIECE | £11.35Ex. VAT£13.62Incl. VAT | £11.35Ex. VAT£13.62Incl. VAT | |
Product CodeA600-1/2 | 1/2" MALE/FEMALE/FEMALE BSP BRASS Y PIECE | £17.56Ex. VAT£21.07Incl. VAT | £17.56Ex. VAT£21.07Incl. VAT |
An Equal Y Piece BSPT Male / BSPP Female is a pipe fitting used to split or combine fluid flow at a junction, forming a “Y” shape. This component is commonly employed in systems where a single line needs to be branched into two, or when two lines need to be merged into one. The Y piece allows for equal flow distribution through each branch. The BSPT Male connection provides a tapered threaded connection for a secure, leak-free fit, while the BSPP Female end is parallel-threaded, ensuring compatibility with various systems.
Typically constructed from durable materials like brass, steel, or stainless steel, the Y piece can handle a range of pressures and temperatures, depending on the material used. Its application spans industrial, commercial, and residential systems that require fluid or gas distribution. The combination of BSPT male and BSPP female threads in this Y piece ensures versatility and reliability across a variety of piping systems, with each branch offering equal pressure and flow capacity for optimal system performance.