Vertical pumps series D90 is part of the Hendor vertical pump catalogue. The series consists of five vertical pumps, made out of PP or PVDF. Every PP vertical pump or PVDF vertical pump has its own specifications, described on the specific product pages. The vertical pumps series D90 is predominantly used in the reel-to-reel plating-, electroplating-, anodizing-, and scrubber industry.
Vertical pumps series D120 is part of the Hendor vertical pump catalogue. The series consists of four vertical pumps made out of PP or PVDF. Every PP vertical pump or PVDF vertical pump has its own specifications, described on the specific product pages. The vertical pumps series D120 can be used in the reel-to-reel plating, electroplating, anodizing and scrubber industries.
Vertical pumps series D13 is part of the Hendor vertical pump catalogue. The series consists of three vertical pumps made out of PP. Every PP vertical pump has its own specifications, described on the specific product pages. The vertical pumps series D13 are predominantly used in the reel-to-reel plating-, electroplating-, anodizing-, and scrubber industry.
Vertical pumps series D16 is part of the Hendor vertical pump catalogue. The series consists of nine vertical pumps made out of stainless steel 316. Every stainless steel vertical pump has its own specifications, described on the specific product pages. The vertical pumps series D16 can be used for high alkaline cleaners, electroless nickel and all various heavy duty, high temperature applications. These vertical pumps are predominantly used in the reel-to-reel plating-, electroplating-, anodizing-, and scrubber industry.
Vertical pumps series D18 is part of the Hendor vertical pump catalogue. The series consists of sixteen vertical pumps made out of PP or PVDF. Every PP vertical pump or PVDF vertical pump has its own specifications, described on the specific product pages. The vertical pumps series D18 are predominantly used in the reel-to-reel plating-, electroplating-, anodizing-, and scrubber industry.
Vertical pumps series D20 is part of the Hendor vertical pump catalogue. The series consists of four vertical pumps made out of PP. Every PP vertical pump has its own specifications, described on the specific product pages. The vertical pumps series D20 are predominantly used in the electroplating-, anodizing-, scrubber-, PCB etching- and wire industry.
Vertical pumps series D24 is part of the Hendor vertical pump catalogue. The series consists of nine vertical pumps made out of PP. Every PP vertical pump has its own specifications, described on the specific product pages. The vertical pumps series D24 are predominantly used in the electroplating-, anodizing-, scrubber-, PCB etching- and wire industry.
Vertical pumps series D30 is part of the Hendor vertical pump catalogue. The series consists of six vertical pumps made out of PP. Every PP vertical pump has its own specifications, described on the specific product pages. The vertical pump series D30 contains low speed pumps for the scrubber industry, and other low pressure applications.
Vertical pumps series D400 is part of the Hendor vertical pump catalogue. The series consists of five vertical pumps made out of PP. Every PP vertical pump has its own specifications, described on the specific product pages. The vertical pumps series D400 contains low speed pumps for the scrubber industry, and other low pressure applications.
Horizontal pumps SHX series consists of five seal pumps. Every pump is made out of stainless steel 316 and has its own mechanical seal pump specifications. Whether a mechanical seal pump is suited for your horizontal pump application depends on several factors: temperature, contamination, and type of chemistry, and installation. In case your process solution contains metallic particles or a high concentration of solids, seal pumps are the right option. For zero emission applications you should be looking at magnetic drive pumps like the Hendor MX series. The robust horizontal pumps SHX series is predominantly used in the GMF-, powder coating-, galvanizing-, and automotive industry. Especially in high temperature, high alkaline applications.
Filtration system series 1 combines optimized hydraulic efficiency with a robust, compact and reliable construction. This results in maximum installation uptime and a long service life, providing best in class performance, technically and economically. The filtration system is designed and manufactured for filtration of chemical solutions, service friendly with ideal cleaning access height.
Filtration system series 3 combines optimized hydraulic efficiency with a robust, compact and reliable construction. This results in maximum installation uptime and a long service life, providing best in class performance, technically and economically. The filtration system is designed and manufactured for filtration of chemical solutions, service friendly with ideal cleaning access height.
Filtration system series 7 combines optimized hydraulic efficiency with a robust, compact and reliable construction. This results in maximum installation uptime and a long service life, providing best in class performance, technically and economically. The filtration system is designed and manufactured for filtration of chemical solutions, service friendly with ideal cleaning access height.
Filtration system series 15 combines optimized hydraulic efficiency with a robust, compact and reliable construction. This results in maximum installation uptime and a long service life, providing best in class performance, technically and economically. The filtration system is designed and manufactured for filtration of chemical solutions, service friendly with ideal cleaning access height.
Filtration system series 23 combines optimized hydraulic efficiency with a robust, compact and reliable construction. This results in maximum installation uptime and a long service life, providing best in class performance, technically and economically. The filtration system is designed and manufactured for filtration of chemical solutions, service friendly with ideal cleaning access height.
Filtration system series 36 combines optimized hydraulic efficiency with a robust, compact and reliable construction. This results in maximum installation uptime and a long service life, providing best in class performance, technically and economically. The filtration system is designed and manufactured for filtration of chemical solutions, service friendly with ideal cleaning access height.
Filter chamber series 1 combines optimized hydraulic efficiency with a robust, compact and reliable construction. This results in maximum installation uptime and a long service life, providing best in class performance, technically and economically. The filtration system is designed and manufactured for filtration of chemical solutions, service friendly with ideal cleaning access height.
Eductors use a unique venturi design which enables smaller pumps to circulate large volumes of tank solution. Liquid is pumped into the nozzle and exits at high velocity, inducing five times the liquid from the surrounding solution. Our eductors are available in PP, PVDF and stainless steel 316.
Basket strainers are designed to protect pumps for large incoming particles. This can prevent serious damage of your pumps, and will therefore reduce maintenance cost and process down time. The basket strainer should be integrated in the suction pipe work of the pump, keeping the liquid velocity below 1,5 m/sec. Its screwcap construction allows easy maintenance and cleaning. It is important to keep the strainer clean to prevent clogging, which also can lead to pump damage.
Priming chambers add a self-priming feature to a standard horizontal pump. A centrifugal pump by its principle is not self-priming, because of its limited ability to transport air. The priming chamber is initially filled with solution. The priming time depends on length/diameter of suction pipe. After the initial filling of the chamber, next time, the pump will automatically reprime. The maximum pump flowrate will be reduced by approximately 20%, compared to the published flow curve. The pressure/head will not be affected.
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