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Reduce hydrocarbon emissions with oleophobic marine vents Manufacturers of marine and small engines around the world trust POREX ® oleophobic vents as a key system component to comply with EPA standards for reducing hydrocarbon emissions. With its functional design, these oleophobic vents will not absorb fuel or allow the passage of fuel through the vent, but will allow for optimal air-flow exchange between the fuel tank and the hydrocarbon absorbing system. Our oleophobic vents: Provide optimal air-flow exchange – Deliver optimal exchange between the fuel tank and the hydrocarbon absorbing system. Prevent fuel escape from the tank Do not absorb fuel through the vent for tighter control Features Help manufacturers comply with EPA standards for reduced hydrocarbon emissions Oleophobic and won’t absorb fuel or let fuel past the vent Allow for optimal air-flow exchange between the fuel tank and the hydrocarbon absorbing system Materials Offered PTFE membrane and molded...

Huber Ministats are the smallest cooling circulator in the world. Their small dimensions allow Ministats to be placed in the smallest of spaces, for example in a laboratory fume cupboard or inside technical plant. Despite their minimal size the systems are extensively fitted out and offer sufficient performance for temperature control of photometers, refractometers, viscometers, distillation apparatus, reaction vessels and mini-plants. The main applications are using external applications however the bath opening allows objects to be thermoregulated directly in a thermostat bath. A powerful pressure/suction pump with an infinitely controlled rotational speed ensures optimal circulation. The maximum pressure can also be regulated by an optional pressure sensor, meaning that sensitive glass reactors and apparatus can reliably be protected from breakage. Additionally, Ministats offer the Pilot ONE controller as standard with a colour TFT display and comfortable operator guidance....

Huber Ministats are the smallest cooling circulator in the world. Their small dimensions allow Ministats to be placed in the smallest of spaces, for example in a laboratory fume cupboard or inside technical plant. Despite their minimal size the systems are extensively fitted out and offer sufficient performance for temperature control of photometers, refractometers, viscometers, distillation apparatus, reaction vessels and mini-plants. The main applications are using external applications however the bath opening allows objects to be thermoregulated directly in a thermostat bath. A powerful pressure/suction pump with an infinitely controlled rotational speed ensures optimal circulation. The maximum pressure can also be regulated by an optional pressure sensor, meaning that sensitive glass reactors and apparatus can reliably be protected from breakage. Additionally, Ministats offer the Pilot ONE controller as standard with a colour TFT display and comfortable operator guidance....

Huber Ministats are the smallest cooling circulator in the world. Their small dimensions allow Ministats to be placed in the smallest of spaces, for example in a laboratory fume cupboard or inside technical plant. Despite their minimal size the systems are extensively fitted out and offer sufficient performance for temperature control of photometers, refractometers, viscometers, distillation apparatus, reaction vessels and mini-plants. The main applications are using external applications however the bath opening allows objects to be thermoregulated directly in a thermostat bath. A powerful pressure/suction pump with an infinitely controlled rotational speed ensures optimal circulation. The maximum pressure can also be regulated by an optional pressure sensor, meaning that sensitive glass reactors and apparatus can reliably be protected from breakage. Additionally, Ministats offer the Pilot ONE controller as standard with a colour TFT display and comfortable operator guidance....

Huber Ministats are the smallest cooling circulator in the world. Their small dimensions allow Ministats to be placed in the smallest of spaces, for example in a laboratory fume cupboard or inside technical plant. Despite their minimal size the systems are extensively fitted out and offer sufficient performance for temperature control of photometers, refractometers, viscometers, distillation apparatus, reaction vessels and mini-plants. The main applications are using external applications however the bath opening allows objects to be thermoregulated directly in a thermostat bath. A powerful pressure/suction pump with an infinitely controlled rotational speed ensures optimal circulation. The maximum pressure can also be regulated by an optional pressure sensor, meaning that sensitive glass reactors and apparatus can reliably be protected from breakage. Additionally, Ministats offer the Pilot ONE controller as standard with a colour TFT display and comfortable operator guidance....

Reduce hydrocarbon emissions with oleophobic marine vents Manufacturers of marine and small engines around the world trust POREX ® oleophobic vents as a key system component to comply with EPA standards for reducing hydrocarbon emissions. With its functional design, these oleophobic vents will not absorb fuel or allow the passage of fuel through the vent, but will allow for optimal air-flow exchange between the fuel tank and the hydrocarbon absorbing system. Our oleophobic vents: Provide optimal air-flow exchange – Deliver optimal exchange between the fuel tank and the hydrocarbon absorbing system. Prevent fuel escape from the tank Do not absorb fuel through the vent for tighter control Features Help manufacturers comply with EPA standards for reduced hydrocarbon emissions Oleophobic and won’t absorb fuel or let fuel past the vent Allow for optimal air-flow exchange between the fuel tank and the hydrocarbon absorbing system Materials Offered PTFE membrane and molded...

Reduce hydrocarbon emissions with oleophobic marine vents Manufacturers of marine and small engines around the world trust POREX ® oleophobic vents as a key system component to comply with EPA standards for reducing hydrocarbon emissions. With its functional design, these oleophobic vents will not absorb fuel or allow the passage of fuel through the vent, but will allow for optimal air-flow exchange between the fuel tank and the hydrocarbon absorbing system. Our oleophobic vents: Provide optimal air-flow exchange – Deliver optimal exchange between the fuel tank and the hydrocarbon absorbing system. Prevent fuel escape from the tank Do not absorb fuel through the vent for tighter control Features Help manufacturers comply with EPA standards for reduced hydrocarbon emissions Oleophobic and won’t absorb fuel or let fuel past the vent Allow for optimal air-flow exchange between the fuel tank and the hydrocarbon absorbing system Materials Offered PTFE membrane and molded...

Reduce hydrocarbon emissions with oleophobic marine vents Manufacturers of marine and small engines around the world trust POREX ® oleophobic vents as a key system component to comply with EPA standards for reducing hydrocarbon emissions. With its functional design, these oleophobic vents will not absorb fuel or allow the passage of fuel through the vent, but will allow for optimal air-flow exchange between the fuel tank and the hydrocarbon absorbing system. Our oleophobic vents: Provide optimal air-flow exchange – Deliver optimal exchange between the fuel tank and the hydrocarbon absorbing system. Prevent fuel escape from the tank Do not absorb fuel through the vent for tighter control Features Help manufacturers comply with EPA standards for reduced hydrocarbon emissions Oleophobic and won’t absorb fuel or let fuel past the vent Allow for optimal air-flow exchange between the fuel tank and the hydrocarbon absorbing system Materials Offered PTFE membrane and molded...