SMC high purity Hyperflare™ Fitting series LQ* responds to the latest demands in process control. From parts cleaning to assembly and packaging, all processes are controlled for cleanliness, and the use of new PFA virtually eliminates particle generation and TOC (total organic carbon) allowing confident use for the most demanding applications.
SMC high purity Hyperflare™ Fitting series LQ* responds to the latest demands in process control. From parts cleaning to assembly and packaging, all processes are controlled for cleanliness, and the use of new PFA virtually eliminates particle generation and TOC (total organic carbon) allowing confident use for the most demanding applications.
SMC high purity Hyperflare™ Fitting series LQ* responds to the latest demands in process control. From parts cleaning to assembly and packaging, all processes are controlled for cleanliness, and the use of new PFA virtually eliminates particle generation and TOC (total organic carbon) allowing confident use for the most demanding applications.
SMC high purity Hyperflare™ Fitting series LQ* responds to the latest demands in process control. From parts cleaning to assembly and packaging, all processes are controlled for cleanliness, and the use of new PFA virtually eliminates particle generation and TOC (total organic carbon) allowing confident use for the most demanding applications.
Series RLQ, is currently available in bore sizes of 32, 40, 50 and 63mm, with standard stroke options of between 20 – 100mm, series Large allowable kinetic energy; Noise reduction (27% noise reduction compared to CQ2 without cushion); Good stroke repeatability (Metal to metal at stroke end); Manual override mechanism allows unlocking with simple tools; Bypass piping type is available for
Series RLQ is currently available in bore sizes of 32, 40, 50 and 63mm, with standard stroke options between 20 – 100mm.Large allowable kinetic energy; Noise reduction (27% noise reduction compared to CQ2 without cushion); Good stroke repeatability (Metal to metal at stroke end); Manual override mechanism allows unlocking with simple tools; Bypass piping type is available for applications
Series RLQ, is currently available in bore sizes of 32, 40, 50 and 63mm, with standard stroke options of between 20 – 100mm, series Large allowable kinetic energy; Noise reduction (27% noise reduction compared to CQ2 without cushion); Good stroke repeatability (Metal to metal at stroke end); Manual override mechanism allows unlocking with simple tools; Bypass piping type is available for
Series RLQ is currently available in bore sizes of 32, 40, 50 and 63mm, with standard stroke options between 20 – 100mm.
DIGITAL FLOW SWITCH, DIGITAL FLOW SWITCH, F27, 70.00000 lb
DIGITAL FLOW SWITCH, DIGITAL FLOW SWITCH, F27, 70.00000 lb
DIGITAL FLOW SWITCH, DIGITAL FLOW SWITCH, F27, 78.00000 lb
DIGITAL FLOW SWITCH, DIGITAL FLOW SWITCH, F27, 78.00000 lb
DIGITAL FLOW SWITCH, DIGITAL FLOW SWITCH, F27, 70.00000 lb
DIGITAL FLOW SWITCH, DIGITAL FLOW SWITCH, F27, 70.00000 lb
DIGITAL FLOW SWITCH, DIGITAL FLOW SWITCH, F27, 70.00000 lb
DIGITAL FLOW SWITCH, DIGITAL FLOW SWITCH, F27, 112 lb
DIGITAL FLOW SWITCH, MODULAR. DIGITAL FLOW SWITCH. 430 lb. P65.
SMC high purity Hyperflare™ Fitting series LQ* responds to the latest demands in process control. From parts cleaning to assembly and packaging, all processes are controlled for cleanliness, and the use of new PFA virtually eliminates particle generation and TOC (total organic carbon) allowing confident use for the most demanding applications.
SMC high purity Hyperflare™ Fitting series LQ* responds to the latest demands in process control. From parts cleaning to assembly and packaging, all processes are controlled for cleanliness, and the use of new PFA virtually eliminates particle generation and TOC (total organic carbon) allowing confident use for the most demanding applications.
SMC high purity Hyperflare™ Fitting series LQ* responds to the latest demands in process control. From parts cleaning to assembly and packaging, all processes are controlled for cleanliness, and the use of new PFA virtually eliminates particle generation and TOC (total organic carbon) allowing confident use for the most demanding applications.