Peek O-ring

Description: PTFE O Ring is mainly used for static sealing application in pipes, cylinders, bushings, stems, flanges and connections. Where chemical and physical inertia, as well as resistance to friction, temperature and ageing, are particularly strategic. For over one decade, Dechengwang has been

• Synthetic Rubber Materials (Thermosets): Polytetrafluoroethylene (PTFE)

Description: The E30124 PEEK sealing from ifm of polyether ether ketone (PEEK) is FDA compliant and ideally suited for Aseptoflex Vario adapters.

• Synthetic Rubber Materials (Thermosets): Other Rubber Material

Description: Back-up rings are also known as anti-extrusion rings since their main function is to prevent o-rings from entering the clearance gaps due to internal pressure. They avoid the seal from experiencing premature failure. Backup rings are not seals themselves, but are used in

• Sealing Element or Lip Material: Polyetheretherketone (PEEK), Polytetrafluoroethylene (PTFE- Teflon®, etc.)

Description: .175 Accuracy ± (0.5 % of measured value + 25 µS) Measurement range 0...2000 mS/cm Temperature range -20 to 100 °C (-4 to 212 °F) Max. pressure (bar) 8 bar Max. pressure (psi) 116 psi Sensor material PEEK, glass-fiber reinforced (GF30) O-rings

• Built-in Temperature Sensor: Yes
• Cell Constant (k): Other
• Conductivity Range: 0.0 to 2.00E6 MicroSiemens/cm
• Electrode Accuracy: 0.5000 (+/- % FS)

Description: -fiber reinforced (GF30) O-rings, insulation Viton® Temperature sensor Pt1000 FM approval IS/I, II, III/1/ABCDEFG/T6 ATEX Certification  II 1/2G Ex ia IIC T6/T5/T4/T3 Ga/Gb IECEx Certificate of

• Built-in Temperature Sensor: Yes
• Cell Constant (k): Other
• Conductivity Range: 0.0 to 2.00E6 MicroSiemens/cm
• Electrode Accuracy: 0.5000 (+/- % FS)

Description: , precision-geared pump with unique suction shoe design provides smooth, accurate, pulseless fluid delivery. The magnetic drive, Viton fluoroelastomer O-rings, and PTFE seal keep fluids securely inside and potential contaminants out. Chemically resistant to a wide range of materials.

• Maximum Discharge Pressure: 65 psi
• Maximum Discharge Flow: 0.0240 GPM
• Type Of Pump: Gear Pumps

Description: , precision-geared pump with unique suction shoe design provides smooth, accurate, pulseless fluid delivery. The magnetic drive, Viton fluoroelastomer O-rings, and PTFE seal keep fluids securely inside and potential contaminants out. Chemically resistant to a wide range of materials.

• Maximum Discharge Pressure: 65 psi
• Maximum Discharge Flow: 0.0460 GPM

Description: , precision-geared pump with unique suction shoe design provides smooth, accurate, pulseless fluid delivery. The magnetic drive, Viton fluoroelastomer O-rings, and PTFE seal keep fluids securely inside and potential contaminants out. Chemically resistant to a wide range of materials.

• Maximum Discharge Pressure: 65 psi
• Maximum Discharge Flow: 0.0460 GPM
• Type Of Pump: Gear Pumps

Description: , precision-geared pump with unique suction shoe design provides smooth, accurate, pulseless fluid delivery. The magnetic drive, Viton fluoroelastomer O-rings, and PTFE seal keep fluids securely inside and potential contaminants out. Chemically resistant to a wide range of materials.

• Maximum Discharge Pressure: 65 psi
• Maximum Discharge Flow: 0.0107 GPM

Description: Model STV-M manifold mount inert isolation valves mount directly on customer designed manifold blocks. An “O” ring provides sealing. The valves are available with unique Perfluor soft elastomeric seals which are forgiving of particulate matter that would typically scratch a PTFE

• Actuation: Electric
• Material of Construction: PEEK, Other
• Number of Ports/Ways: 2
• Pressure Rating: 29.01 psi

Description: Up to 10000psig (689 bar) Up to 204? (399?) with FKM o-ring seal Up to 250? (482?) with Kalrez o-ring Premium four(4) sealing on stem for high pressure Stem seal below actuating threads prevent system fluid contamination SS316 Pipe thread 1/4 -1/2 inch

• Actuation: Manual / Hand
• Connection: Threaded
• Material of Construction: PEEK, Other
• Number of Ports/Ways: 2

Description: The T-seal comes in both piston (TPO) and rod (TRO) styles, and can be installed in standard O-ring grooves. The T-seal is a double acting seal. The Back-up rings and sturdy base help prevent extrusion and spiralling up to 5,000 PSI. Standard T-seals are composed of a Nitrile sealing

• Operating Temperature: 392 to 500 F
• Seal Type: Oil / Grease Seal
• Sealing Element or Lip Material: EPDM, Fluoroelastomer (FKM - Viton®, Fluorel®, etc.), Nitrile (NBR - Buna-N), Polyetheretherketone (PEEK)
• Sealing Orientation and Direction: External / Piston Seal

Description: O-ring seals for extended service life Suitable for a wide range of temperature environments, including cold temperature excursions Equally effective as both a bidirectional or unidirectional seal, offering user more versatility Extrusion resistance even in “0”

• Composite Seals: Yes
• Maximum Operating Pressure: 8000 psi
• Sealing Element or Lip Material: EPDM, Fluoroelastomer (FKM - Viton®, Fluorel®, etc.), Flourosilicone (FVMQ, FMQ, FPM, FSI), Nitrile (NBR - Buna-N)
• Sealing Orientation and Direction: Internal / Rod Seal, External / Piston Seal

Description: Rotary In rotary applications, lip seals can be utilized to ensure proper sealing and prevent seal degradation. These seals provide great performance compared to traditional o-rings and can typically replace o-rings without any gland modification. Regardless of your

• Integral Wiper or Scraper Element: Yes
• Operating Temperature: -400 to 550 F
• Seal Type: U-ring / Block Vee Ring
• Seal is Spring-energized: Yes

Description: L-seals offer a cost effective alternative to T-seals for static or reciprocating dynamic applications where high gland fill may be a concern with T-seals. L-seals can be designed to retro fit into existing O-ring grooves (both piston and rod orientations) or optimized for specific

Description: T-seals offer an excellent sealing solution for static or reciprocating dynamic applications. T-seals can be designed to retro fit into existing O-ring grooves (both piston and rod orientations) or optimized for specific application requirements. T-seals comprise of an elastomer T

Description: The T-seal comes in both piston (TPO) and rod (TRO) styles, and can be installed in standard O-ring grooves. The T-seal is a double acting seal. The Back-up rings and sturdy base help prevent extrusion and spiralling up to 5,000 PSI. Standard T-seals are composed of a Nitrile sealing

• Axial Cross Section or Thickness: 0.2500 inch
• Housing Bore Diameter or Seal O.D.: 12 inch
• Operating Temperature: -328 to 500 F
• Seal Type: Other

Description: The T-seal comes in both piston (TPO) and rod (TRO) styles, and can be installed in standard O-ring grooves. The T-seal is a double acting seal. The Back-up rings and sturdy base help prevent extrusion and spiralling up to 5,000 PSI. Standard T-seals are composed of a Nitrile sealing

• Axial Cross Section or Thickness: 0.2500 inch
• Housing Bore Diameter or Seal O.D.: 15.5 inch
• Operating Temperature: -328 to 500 F
• Seal Type: Other

Description: The T-seal comes in both piston (TPO) and rod (TRO) styles, and can be installed in standard O-ring grooves. The T-seal is a double acting seal. The Back-up rings and sturdy base help prevent extrusion and spiralling up to 5,000 PSI. Standard T-seals are composed of a Nitrile sealing

• Housing Bore Diameter or Seal O.D.: 14 inch
• Operating Temperature: -99.4 to 450 F
• Seal Type: Other
• Sealing Action: Double Acting

Description: Like HILCO Transfer Valves, HILCO Ball valves provide uninterrupted flow during transfer of fluid. Unlike Transfer Valves, which are limited to liquid service, HILCO Ball Valves are available for both liquids and gases. They can provide sealing for API-598 Class II for liquid service and ANSI

• Actuation: Manual / Hand, Mechanical Device, Electric
• Connection: Bolt Flange
• Valve Type: Ball Valves

Description: PEEK insulator and Viton® O-rings. Wiring between the sensor and analyzer is through a junction box mounted on the back of the sensor. Cell constants of 0.2/cm and 1.0/cm allow the sensor to measure a broad range of liquids having medium to high conductivity.

• Cell Constant (k): 1, Other
• Conductivity Range: 0.0 to 20000 MicroSiemens/cm
• Electrode Accuracy: 5 (+/- % FS)
• Maximum Diameter / Width: 0.7500 inch

Description: INSERTION-TYPE SENSOR screws into process piping 316 STAINLESS STEEL AND PEEK CONSTRUCTION allow operation to 392oF (200oC) AVAILABLE WITH 0.01 AND 0.1/cm CELL CONSTANTS for low conductivity liquids The Model 142

• Cell Constant (k): 0.01, 0.1
• Conductivity Range: 0.0 to 20000 MicroSiemens/cm
• Electrode Accuracy: 5 (+/- % FS)
• Maximum Diameter / Width: 0.7500 inch

Description: Design Features Patented locking mechanism for quick and easy change-out and maintenance Choose TD-K to operate at high pressures for greater yield capacity PEEK backup ring with Viton® 90 or Silicone O-rings (for higher temperatures) Female

• Application: Spray Drying
• Maximum Flow: 67.1 to 335 GPH
• Maximum Pressure: 5000 psi
• Media: Chemicals, Water, Other

Description: alternatives, including manifold mountings, are available. The standard models have 316 St St aluminium or PEEK™ bodies with Viton™ 'O' ring seals.

Description: alternatives, including manifold mountings, are available. The standard models have 316 St St aluminium or PEEK™ bodies with Viton™ 'O' ring seals.

Description: design also provides greatly reduced sensitivity to sensor fouling and polarization. Designed for ultra-sterility, the six electrodes are sealed in the FDA-compliant PEEK sensor tip without the use of o-rings or epoxies.

• Form Factor: Other
• Measuring Range: 1.00E-3 to 850 mS/cm

Description: additional information. Features Beswick compression fittings give you the ability to operate at high pressures and temperatures while maintaining a small envelope. Beswick’s ferrules provide for a leak-tight tubing connection while a captured O-ring ensures a reliable face seal for male

• Connection: Ferrule, Compression Fitting
• Material: Brass/Bronze, Stainless Steel
• Metric Size: 12.7 to 24.5 mm
• Size: Metric

Description: RETRACTABLE DESIGN allows sensor to be removed from a pipe or vessel without shutting down the process. ALL INSTALLATION HARDWARE INCLUDED 316 STAINLESS STEEL AND PEEK CONSTRUCTION allow operation to 392oF (200oC)

• Cell Constant (k): 1, Other
• Conductivity Range: 0.0 to 20000 MicroSiemens/cm
• Electrode Accuracy: 5 (+/- % FS)
• Maximum Diameter / Width: 1 inch

Description: hardness and wear resistance High-Temperature Environment Stable working at 250 °C or higher Ceramic Bearing Components Inner/Outer ring ZrO2 (Zirconia), Si3N4 (Silicon Nitride), SiC (Silicon Carbide) Retainer (CAGE) PTFE, PEEK, UPE, PVDF, PA66, PP, SUS304, SUS316, etc. Plastic

• Ceramic Races: Yes
• Stainless Steel: Yes

Description: -directional, high capacity flow and easy roddable cleaning PTCFE or PEEK soft seat optional Blow-out proof stem provides a secondary stem seal in the full open position Viton® O-Ring and Teflon® back-up ring stem seals All 316 stainless steel stems (even in steel

• Application: General Purpose
• Body Material: Steel, Stainless Steel
• Integral Valve Type: Manual
• Manifold Circuit Style: Parallel

Description: -directional, high capacity flow and easy roddable cleaning PTCFE or PEEK soft seat optional Blow-out proof stem provides a secondary stem seal in the full open position Viton® O-Ring and Teflon® back-up ring stem seals All 316 stainless steel stems (even in steel

• Application: General Purpose
• Body Material: Steel, Stainless Steel
• Integral Valve Type: Manual
• Manifold Circuit Style: Parallel

Description: -directional, high capacity flow and easy roddable cleaning PTCFE or PEEK soft seat optional Blow-out proof stem provides a secondary stem seal in the full open position Viton® O-Ring and Teflon® back-up ring stem seals All 316 stainless steel stems (even in steel

• Application: General Purpose
• Body Material: Steel, Stainless Steel
• Integral Valve Type: Manual
• Manifold Circuit Style: Parallel

Description: -directional, high capacity flow and easy roddable cleaning PTCFE or PEEK soft seat optional Blow-out proof stem provides a secondary stem seal in the full open position Viton® O-Ring and Teflon® back-up ring stem seals All 316 stainless steel stems (even in steel

• Application: General Purpose
• Body Material: Steel, Stainless Steel
• Integral Valve Type: Manual
• Manifold Circuit Style: Parallel

Description: their cross section and so they can be used in both rod or piston grooves. Spring seals can be manufactured in various standard or non-standard sizes allowing them to be retro-fitted into existing O-ring grooves.

• Seal Type: Other
• Seal is Spring-energized: Yes
• Sealing Element or Lip Material: Fluoroelastomer (FKM - Viton®, Fluorel®, etc.), Nitrile - Highly Saturated (HNBR)

Description: drive motor Flange bolted to the jacket on the non-driven end allows for quick removal Reliable double o-ring seal on each end eliminates the need for an expansion joint Heat Transfer Area Units are available with up to 11 sq ft of heat transfer area (6 X 84)

Description: from breweries to wind turbines. We carry everything from O-rings, gaskets, oil seals, to complex molded sealing parts, combined with our new state-of-the-art machining facility; K.C. Seals has the confidence to service all your sealing needs.

• Seal is Spring-energized: Yes

Description: current that travels through the sensor housing surrounding the toroids. The sensor is available in four line sizes between ½ inch and 2 inches with corresponding Tri-Clamp® fittings. Flanges and contact rings are 316 stainless steel, the liner is unfilled PEEK, and O-rings are

• Conductivity Range: 100 to 2.00E6 MicroSiemens/cm
• Designed for Sanitary Applications: Yes
• Maximum Diameter / Width: 3.5 inch
• Maximum Length: 7.5 inch

Description: 7.0 barg according to AD2000/DIN EN 13445. 16 sizes guarantee optimum efficiency and operation conditions for every design case. Design: Nodular iron or stainless steel housing with round flanges and O-ring seals. Sealings: Shaft sealing by hermetically sealed

• Air Flow Rate: 17.66 to 6475 SCFM
• Applications: Pressure / Pressurization Blower
• Design Configuration: Positive Displacement / Rotary Lobe
• Drive Options: Direct Drive

Description: that can be injection molded into high precision parts. The stiffness and stability of these parts in a high temperature environment are key requirements in many automotive, aerospace, and industrial applications. AURUM™ has a glass transition temperature (Tg) of 245oC which is 100oC

• Chemical / Polymer System Type: Polyimide
• Material Type / Grade: Thermoplastic

Description: ...100 °C (14...212 °F) Max. pressure (bar) 34 bar (25 °C), 7 bar (95 °C) Max. pressure (psi) 500 psi (77 °F), 100 psi (203 °F) Design Titanium Sensor material PVDF O-rings, insulation Viton® (FDA), PEEK (FDA) Accuracy ±1.0 % Temperature

• Built-in Temperature Sensor: Yes
• Cell Constant (k): Other
• Conductivity Range: 0.0200 to 10000 MicroSiemens/cm
• Electrode Accuracy: 1 (+/- % FS)

Description: and KETASPIRE® (Poly-Ether-Ether-K etone, PEEK) material of construction with Hastelloy C-276 locking pins. Double O-ring design ensures secure seal during operation; Standard material of construction is Viton®-75, with CV75, Simriz® 485 and

• Body Material: Epoxy or Polymer
• Features: Measures ORP
• Mounting Options: In-Line (Insertion)
• Operating Pressure Range: 100 psi

Description: hazardous liquids and gases with standard taper threads, O-ring seals, and flange designs. OptiSeal can be configured for wire-to-wire, cable-to-wire, as well as connector-to-wire assemblies in UHV and pressurized environments. Our products also support applications requiring high-speed,

• Feedthrough Type: Electrical, Fiber Optic
• Temperature Range: 200 C

Description: -Clover sizes (other larger sizes available upon request). Alternate fittings can be welded to sensor holder upon request. One example is a 1.25" MNPT threaded nipple for high-pressure inline screw-in style installations Double O-ring design ensures secure seal during operation; Standard

• Body Material: Epoxy or Polymer
• Features: Measures ORP
• Mounting Options: In-Line (Insertion)
• Operating Pressure Range: 200 psi

Description: holder allows for cleaning and calibrations without removing fitting Double O-ring design ensures secure seal between sensor and holder during operation; Standard material of construction is Viton®-75, with CV75, Simriz® 485 and Kalrez® 4079 Optional . Back of sensor

• Body Material: Epoxy or Polymer
• Features: Measures ORP
• Mounting Options: In-Line (Insertion)
• Operating Pressure Range: 100 to 200 psi