[Features]· Large heat transfer area.· High thermal conductivity.· Small size and small installation space.· High heat exchange efficiency due to turbulence effect.· Small pressure loss.· Simple structure.· Easy maintenance and management.
[Features]· Large heat transfer area.· High thermal conductivity.· Small size and small installation space.· High heat exchange efficiency due to turbulence effect.· Small pressure loss.· Simple structure.· Easy maintenance and management.
[Features]· Large heat transfer area.· High thermal conductivity.· Small size and small installation space.· High heat exchange efficiency due to turbulence effect.· Small pressure loss.· Simple structure.· Easy maintenance and management.
[Features]· Large heat transfer area.· High thermal conductivity.· Small size and small installation space.· High heat exchange efficiency due to turbulence effect.· Small pressure loss.· Simple structure.· Easy maintenance and management.
[Features]· Large heat transfer area.· High thermal conductivity.· Small size and small installation space.· High heat exchange efficiency due to turbulence effect.· Small pressure loss.· Simple structure.· Easy maintenance and management.
Energy-saving, large flow rate, 3-stage diffuser construction [Features] · A 250% increase in the suction flow rate due to the 3-stage diffuser construction. A 20% decrease in air consumption (compared to the 1-stage nozzle type with a nozzle diameter of ø1.3) · Diffusers are stacked and integrated · Compact size and large flow rate (twice the flow rate of ZL112)
Energy-saving, large flow rate, 3-stage diffuser construction [Features] · A 250% increase in the suction flow rate due to the 3-stage diffuser construction. A 20% decrease in air consumption (compared to the 1-stage nozzle type with a nozzle diameter of ø1.3) · Diffusers are stacked and integrated · Compact size and large flow rate (twice the flow rate of ZL112)
Energy-saving, large flow rate, 3-stage diffuser construction [Features] · A 250% increase in the suction flow rate due to the 3-stage diffuser construction. A 20% decrease in air consumption (compared to the 1-stage nozzle type with a nozzle diameter of ø1.3) · Diffusers are stacked and integrated · Compact size and large flow rate (twice the flow rate of ZL112)
Energy-saving, large flow rate, 3-stage diffuser construction [Features] · A 250% increase in the suction flow rate due to the 3-stage diffuser construction. A 20% decrease in air consumption (compared to the 1-stage nozzle type with a nozzle diameter of ø1.3) · Diffusers are stacked and integrated · Compact size and large flow rate (twice the flow rate of ZL112)
Energy-saving, large flow rate, 3-stage diffuser construction [Features] · A 250% increase in the suction flow rate due to the 3-stage diffuser construction. A 20% decrease in air consumption (compared to the 1-stage nozzle type with a nozzle diameter of ø1.3) · Diffusers are stacked and integrated · Compact size and large flow rate (twice the flow rate of ZL112)
S coupler one-touch joint. [Features]· Capable of absorbing drop impact (equivalent to 0.5‑J impact energy.)· Twice the plug/socket pull-out strength (compared to current models.)· Employs super high impact PBT resin.
S coupler one-touch joint. [Features]· Capable of absorbing drop impact (equivalent to 0.5‑J impact energy.)· Twice the plug/socket pull-out strength (compared to current models.)· Employs super high impact PBT resin.
S coupler one-touch joint. [Features]· Capable of absorbing drop impact (equivalent to 0.5‑J impact energy.)· Twice the plug/socket pull-out strength (compared to current models.)· Employs super high impact PBT resin.
S coupler one-touch joint. [Features]· Capable of absorbing drop impact (equivalent to 0.5‑J impact energy.)· Twice the plug/socket pull-out strength (compared to current models.)· Employs super high impact PBT resin.
S coupler one-touch joint. [Features]· Capable of absorbing drop impact (equivalent to 0.5‑J impact energy.)· Twice the plug/socket pull-out strength (compared to current models.)· Employs super high impact PBT resin.
Fluoropolymer fittings from SMC Corporation. [Features]· Material: New PFA · Quadruple seal construction · The reducer method allows tubing size changes without replacing the body.
Fluoropolymer fittings from SMC Corporation. [Features]· Material: New PFA · Quadruple seal construction · The reducer method allows tubing size changes without replacing the body.
Fluoropolymer fittings from SMC Corporation. [Features]· Material: New PFA · Quadruple seal construction · The reducer method allows tubing size changes without replacing the body.
Fluoropolymer fittings from SMC Corporation. [Features]· Material: New PFA · Quadruple seal construction · The reducer method allows tubing size changes without replacing the body.
Fluoropolymer fittings from SMC Corporation. [Features]· Material: New PFA · Quadruple seal construction · The reducer method allows tubing size changes without replacing the body.
