Greene Tweed & Co.
Kulpsville, PA 19443
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Fiber Optic Connectors transfer data in extreme conditions.
Able to function in environments facing temperatures up to 432Ã-
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Wear-Resistant Thermoplastic is suited for use in pumps.
AR(TM)HT thermoplastic exhibits resistance to chemicals, thermal shock, and impact, making it suited for use as bearings, bushings, and wear rings in pump environments. In pumps handling abrasive media up to 250Ã-
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Fusion Splice Protector is offered in 2 different ODs.
Fiber optic SpliceGuard(TM) utilizes proprietary Hermacrimp(TM) seal to protect fusion splice from water, humidity, corrosive environments, and particulate contamination. With operating temperature range of -40 to +150Ã-
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Carbon Fiber Material is alternative to oil lubricated bearings.
WR(TM) 575 is made from carbon fiber composite material that assures corrosion and heat resistance, and reduces need for maintenance, even in extreme conditions. Material is suitable for sleeves, rings, and thrust pads used in gas turbines, steam turbines, hydroelectric turbines, centrifugal pumps, and gearboxes.
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Fiber-Optic Feedthroughs are hermetically sealed.
Seal-ConnectÃ-® bulkhead feedthroughs are offered in ST and FC configurations, in permanent and non-permanent versions. Design is based on hermetic joining of internal light conduit to zirconia ferrules. Insertion loss is typically 0.3 dB and maximum light loss is 0.5 dB. Feedthrough bodies are corrosion-resistant, 316 stainless steel and alignment sleeves are precision-machined zirconia....
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Fiber Optic Connector is corrosion and chemical resistant.
FC-DRY(TM) HP self-sealing fiber optic connector uses 300 series stainless steel for connector and coupler body and precision-machined zirconia for coupler ferrules and alignment sleeves. Connector assembly protects fiber optic termination from wet environments and particulate and withstands 1000 psi with typical light loss of 0.3 db. Units handle temperatures from -40 to +85Ã-
Read More »
Fiber Optic Connectors transfer data in extreme conditions.
Able to function in environments facing temperatures up to 432Ã-
Read More »
Wear-Resistant Thermoplastic is suited for use in pumps.
AR(TM)HT thermoplastic exhibits resistance to chemicals, thermal shock, and impact, making it suited for use as bearings, bushings, and wear rings in pump environments. In pumps handling abrasive media up to 250Ã-
Read More »
Fusion Splice Protector is offered in 2 different ODs.
Fiber optic SpliceGuard(TM) utilizes proprietary Hermacrimp(TM) seal to protect fusion splice from water, humidity, corrosive environments, and particulate contamination. With operating temperature range of -40 to +150Ã-
Read More »
Carbon Fiber Material is alternative to oil lubricated bearings.
WR(TM) 575 is made from carbon fiber composite material that assures corrosion and heat resistance, and reduces need for maintenance, even in extreme conditions. Material is suitable for sleeves, rings, and thrust pads used in gas turbines, steam turbines, hydroelectric turbines, centrifugal pumps, and gearboxes.
Read More »
Fiber-Optic Feedthroughs are hermetically sealed.
Seal-ConnectÃ-® bulkhead feedthroughs are offered in ST and FC configurations, in permanent and non-permanent versions. Design is based on hermetic joining of internal light conduit to zirconia ferrules. Insertion loss is typically 0.3 dB and maximum light loss is 0.5 dB. Feedthrough bodies are corrosion-resistant, 316 stainless steel and alignment sleeves are precision-machined zirconia....
Read More »
Fiber Optic Connector is corrosion and chemical resistant.
FC-DRY(TM) HP self-sealing fiber optic connector uses 300 series stainless steel for connector and coupler body and precision-machined zirconia for coupler ferrules and alignment sleeves. Connector assembly protects fiber optic termination from wet environments and particulate and withstands 1000 psi with typical light loss of 0.3 db. Units handle temperatures from -40 to +85Ã-
Read More »