Series 1500 end suction pumps designed to ANSI B73.1 and manufactured fibreglass for excellent corrosion resistance.
Series 1600 self-priming end suction pumps are ideally suited for corrosive waste sump applications and other demanding services. Except of the two piece casing all other parts are totally interchangeable with the series 1500 pump.

Series 3000 pumps have a recessed impeller making them suitable for heavy duty applications, which combine solids and corrosive liquids, overcoming both clogging and corrosion.
Series 5500 vertical column pumps are suitable for the most difficult sump pump applications such as chemical wastes of varying pH, plating wastes, circulation of pickling liquor, electrolytes or plating baths, salt water or brine.
Series 5530 is a dry pit vertical column pump comes with FRP wrapped shaft for improved corrosion resistance.
Series 6000 vertical column pumps are fitted with the recessed impeller from the series 3000 range and are suitable those sump applications that have suspended solids and corrosive fluids.
Series 7000 vertical column pumps are fitted with a recessed impeller but also have a bearing free cantilever design.
Series 7500 series pumps have a bearing free cantilever design with the standard series 1500 impeller design. They are available with an optional FRP wrapped shaft for improved corrosion resistance.
The series 2530 (ANSI) and series 2580 (ISO) magnetic drive pumps are claimed to be the first completely non-metallic FRP mag-drive.
As a supplement to the 2530/2580 series FRP mag-drive pumps Fybroc has added the 500 series close-coupled mag-drive pump range available in polypropylene and PVDF as an end suction as well as self-priming pump.
Standard VR-1 material is suitable for pumping most acids, caustics, bleaches, seawater & other liquids. Epoxy resin EY-2 material is suitable for solvents and difficult organic applications. Material VR-1A is for highly abrasive services such as titanium dioxide or fly ash. VR-1V provides a protective synthetic veil barrier on applications such as hydrofluoric acid, which would attack the fibreglass reinforcement of a normally constructed pump.