The ceramic matrix composite seal including a ceramic matrix and a number of ceramic fiber fabrics embedded in the ceramic matrix.
The present invention provides a ceramic brush seal including a plurality of ceramic bristles and a support member supporting the plurality of ceramic bristles.
The abradable seal surface is coated with a ceramic coating.
A sealing joint for a compressor casing, such as a compressor casing for a centrifugal compressor of a chiller, is provided.
The seal (22') may be used as a vacuum seal in a compressor for compressing steam in a milk concentrator apparatus.
Sealing material employed and ceramic/metal joint assembly that includes said sealing material.
The invention relates to a sealing connecting element (100), a sealing end piece and a seal.
A valve sealing member forms a face seal against the valve seat by compressing a retained sealing member, such as an O-ring.
The valve assembly includes a valve having a first seal and a second seal, where the first and second seal optionally have different sealing properties.
A self-sealing rectangular ring sealing and a self-sealing O-ring orifice sealing, a rod sealing and a plug sealing.
The electric compressor using the gasket (30) has a higher vibration-proof property.
A gasket (1) has a gasket core (2) and an outer gasket layer (4) covering the gasket core (2).
The flange joint (60) has a gasket (65), and the gasket (65) is installed in the flange joint (60).
When the gasket is to be removed, the nose is inserted between an underside of the gasket and the gasket seat.
Next, an axial force is exerted against the gasket member to form a seal between the gasket member and the tube sheet.
A first ceramic ring is mounted to the first surface of the flange by a first braze joint and a second ceramic ring is mounted to the second surface of the falnge by a second braze joint.
A method for joining two ceramic parts, or a ceramic part and a metal part, and the joint formed thereby.
The braze joint may be used to join a ceramic wheel shaft to a metal shaft in a turbomachine.
Further, a ceramic seal has an outer surface attached to the sheath by a braze joint and an inner surface attached to the electrode by a braze joint.
The invention is related to a joint, a method of making a joint, a member of a joint, and a method of making a member of a joint.
The lead connector (30) is secured within the orifice by a defeasible active seal and a locking mechanism, which includes a sphincter seal (52) and a beveled washer (54) which is forced against the sphincter seal upon insertion of an actuator.
The seal assembly (163) is used along with a clearance seal (162).
The pins are bonded to the ceramic to form a pressure seal.
The device preferably includes a brazed seal between a ceramic insulator (41) and a metal component (42, 50), wherein the brazed seal is substantially free of elements which are not resistant to transmutation at high thermal neutron radiation levels.
The ceramic combustion seal (30) is typically a bushing, cylinder, or ring formed of sintered alumina.
Said ceramic material may comprise a ceramic alumina.
The ceramic is advantageously used to form a dielectric ceramic layer of a multilayer ceramic capacitor.
The ceramics heater may further comprises a plasma electrode arranged on the surface of the ceramics substrate (2a) or in the ceramics substrate (2a).
Disclosed is a laminated ceramic actuator structure made of piezoelectric ceramics having a laminated ceramic actuation layer and a fabrication method thereof.
A method of forming a ceramic having a smooth ceramic surface and an assembly (10) for forming ceramics having a flat and smooth ceramic surface (16) are disclosed.
Generally, the glass ceramics of the invention are useful as metal to metal, metal to ceramic and ceramic to ceramic sealing agents.
The invention relates to a ceramic layer composite (1), comprising a ceramic substrate (3) made of a non-oxide ceramic material.
The process for producing a fired ceramic comprises the step of molding and degreasing a raw ceramic material to produce a degreased ceramic and the step of firing the degreased ceramic in a continuous firing oven.
The invention relates to a method and a ceramic injection molding tool for producing a hollow cylindrical ceramic component (20, 30) from a first and a second ceramic material (21, 22).
Also, the premade ceramic abutment (10) may be designed to be augmented by cementing additional ceramic material such as a ceramic prosthesis onto the ceramic abutment (10).
The ceramic material is a porous, no-fines ceramic material, preferably a composite ceramic material (1, 2, 3) with two, three or more layers designed as a hollow sphere.
A compressor may include a shell, a compression mechanism, and a seal assembly.
Disclosed is an automatic compensation mechanism for a hinge seal gap in a spherical compressor.
The bearing assembly has a ceramic inner race, a ceramic outer race and ceramic rolling elements.
The ceramic electronic component uses the dielectric ceramic and may be, for example, a laminated ceramic capacitor.
This piezoelectric ceramic composition is used to form ceramic layers disposed in a raw ceramic (1).
The converter material is a YAG ceramic or LuAG ceramic or a magnesium-aluminum ceramic having strong scattering.
A method for selectively metallizing a surface of a ceramic substrate, a ceramic product and use of the ceramic product are provided.
The functional ceramic film is pressed against the insulation ceramic base to anchor functional ceramic film into the insulation ceramic base for sure attachment.
The ceramic powder filled preform is infiltrated with a molten metal to form the ceramic-metal body, which has at least one ceramic phase that is a reaction product of the reactive ceramic and molten infiltrated metal.
Also disclosed are a ceramic kneading composition, a method for extrusion molding a ceramic kneading composition, a ceramic product and a method for producing a ceramic product.
The integrated separator comprises a first ceramic layer, a second ceramic layer, and a polymer material layer deposited between the first ceramic layer and the second ceramic layer.
The glass ceramic composition for forming a ceramic layer of the multilayered ceramic substrate is a mixture of a glass powder (1) comprising CaO-SiO2-Al2O3-B2O3 and a ceramic powder (2) comprising Al2O3.
The ceramic sheets include a first ceramic sheet and a third ceramic sheet (4) having a lower magnetic permeability than the first ceramic sheet.
A ceramic bonded compact that exhibits a high bonding strength between ceramic substrate and ceramic body and is excellent in durability.
The machined green ceramic body may be fired to provide a more finished ceramic body (540) and/or further processed to provide a finally finished ceramic body (550).
A ceramic composite having a ceramic coating formed from a ceramic forming polymer of adjustable composition.
The ceramic chemical reactor including a three-dimensional multilayer ceramic carrier structure (12) defining a cavity (16) having a cofired porous ceramic support layer (18) formed therein.
A method for providing a ceramic coating on a ceramic or metallic substrate and the ceramic coating composition useful therein.
A thermal spray method for the fabrication of ceramic/metal and ceramic/ceramic hardcoatings for wear applications.
The self supporting wall comprises ceramic oxide fibers, ceramic oxide particles, and silicate ceramic oxide bonding phase.
A ductile ceramic composite comprising a ceramic phase and a continuous, ordered, ductile, metallic array, said ductile array being embedded in and surrounded by said ceramic phase.
A ceramic green sheet used suitably for the formation of a sintered ceramic substrate, which contains a ceramic powder and a photosensitive resin composition.
Each ceramic reinforcing fiber (12) has a ceramic core (24) and one or more ceramic layers (22) disposed around the core (24).
All-ceramic retroreflective elements which may be used in pavement markings comprising an opacified ceramic core and ceramic optical elements partially embedded into the core.
Novel processes are provided for the production of porous ceramic preforms, metal activated porous ceramic preforms and intermetallic/ceramic/metal composites.
A ceramic wiring board (10) comprises a ceramic board (11) and a wiring layer (12) provided on the ceramic board (11).
It is difficult that a laminated ceramic capacitor which has a dielectric ceramic layer being so thin as to have a thickness of about 1 μm secures the reliability as a laminated ceramic capacitor.
A heated energy system includes an integral ceramic insert heat exchanger having an integral ceramic construction and an outer ceramic wall that is helical in shape.
The invention relates to a ceramic burner (16), a ceramic metal halide lamp, and a method of sealing the ceramic burner.
This dielectric ceramic is suitable for forming a dielectric ceramic layer of a multilayer ceramic capacitor for mid to high voltage applications.
A ceramic article comprises ceramic fibers having an aspect ratio of greater than 3 : 1 and ceramic particles.
The conductive layers are bonded to the ceramic layer using a bare ceramic approach or a metallized ceramic approach.
The dielectric ceramic can be used advantageously as a material for a dielectric ceramic layer (3) contained in a laminated ceramic capacitor (1).
The invention relates to a ceramic functional element for the reduction of pollutants of exhaust gases, having a ceramic carrier (112) and a ceramic functional coating.
The sample holder includes a ceramic sample cup diffusion bonded to a ceramic beam or to a ceramic adapter.
A ceramic slurry material is cast into the three dimensional structure to form either a ceramic core (34) or a complete ceramic casting vessel (38).
In the resulting ceramic electronic component, the delamination of the electrode from the sintered ceramic body during the firing step for the sintered ceramic body can be prevented.
An electrochemical device includes a ceramic electrode, a metallic interconnect, and a ceramic bond material that bonds the ceramic electrode and the metallic interconnect together.
This invention relates to a ceramic carbide fiber, a method for making the ceramic carbide fiber and an application of the ceramic carbide fiber.
A dielectric ceramic layer (3) in a laminated ceramic capacitor (1) comprises a sintered product of the dielectric ceramic composition.
The invention relates to a silicon-ceramic composite substrate (01), which comprises a low-temperature ceramic (02) having at least one pre-structured ceramic layer and a silicon substrate (03).
The ceramic starting material comprises a ceramic main component and a ceramic secondary component that reacts with said main component.
The ceramic coating includes raised ceramic shells connected by a ceramic layer that is conformal with the substrate.
The invention relates to multi-layer oxide ceramic bodies and in particular to presintered multi-layer oxide ceramic blanks and oxide ceramic green bodies suitable for dental applications.
The invention relates to a ceramic composition, and to a method for producing same, and to ceramic bodies that are produced from said ceramic composition.
The ceramic body includes a ceramic matrix and a ductile phase distributed through at least a portion of the ceramic matrix.
A composite ceramic turbine blade includes a ceramic airfoil portion and a ceramic outer tip shroud portion.
In the electrostatic chuck, the ceramic insulating film intrudes into the inside of the ceramic porous body from a surface of the ceramic porous body.
Furthermore, a production method for said piezoelectric ceramic, and a piezoelectric-ceramic electronic component using said piezoelectric ceramic can be provided.
The ceramic-carbon composite material 1 comprises multiple carbon particles 2 and a ceramic part 3 formed from a ceramic.
The present application discloses a ceramic preform, a method of making a ceramic preform and a metal matrix composite comprising a ceramic preform.
The seal has an upper seal and a lower seal.
The seal assembly includes a seal and a seal protector.
The seal assembly comprises a first or zero seal (1240), a second or instrument seal (1250), and a trocar shield (1260) disposed proximally of the first seal and the second seal.
In one illustrative approach, the package opening feature is disposed adjacent or at a package seal, such as, for example, an end seal, a top seal, a bottom seal, a side seal, or a longitudinal seal.
The seal is a non-contact seal.
The seal carrier carries a flexible seal which seals the outer end of the labyrinth seal.
The seal assembly 223 includes a seal plate 352, a seal carrier 354, and at least one seal 356.
The apparatus includes a seal (423), the seal being a toroidal seal.
The first side seal (38) and the second side seal (40) both connect to the upper seal and the bottom seal.
A planar seal (3) and at least one O-ring seal (4, 5) are positioned in the groove, with the O-ring seal under the planar seal.
If the seal is to be removed, a spring force of the spring acts against and moves the seal for removal of the seal.
The seal includes at least an approximately circular seal portion and a seal carrier disposed about the approximately circular seal portion.
The periphery seal assembly (42) includes an elastomeric seal (44) secured to a seal support member (46), with the seal support member (46) being relatively rigid as compared with the elastomeric seal (44).
A trocar seal removably connected to a trocar cannula is provided that compr iises an instrument seal and a zero seal with the zero seal connected to the instrument seal,.
The seal further includes a seal holder receiving at least a portion of the seal assembly, the seal holder being configured to rotate with respect to the seal housing.
The seal also includes a guide coupled to the seal housing and retaining the seal holder, such that the seal holder rotates with respect to the seal housing, wherein during operation of the pump, the seal holder and a portion of the seal assembly rotate.
The sealed perimeter (30) has an upper seal (34), a bottom seal (36), a first side seal (38), and a second side seal (40) opposite the first side seal (38).
A seal with electronic identifying function includes a seal handle (1), a seal seat (2) and a seal model (3, 7, 11).
A cap (30) is provided for covering the rigid and flexible container open ends and a plug seal providing a primary seal between the rigid container and the flexible container.
The seal (200) is a tubular seal made of an elastic material and comprises at least two tube sections (202, 204) fixed to each other.
Optionally, the seal may be inflatable.
The seal is provided by a compressed o-ring.
The proximal seal is shallower than the distal seal.
The seal may include an O-ring.
The radial seal may be a dual- lip seal.
The seal assembly includes a first seal and a first scraper.
The invention includes the fact that the joint is a constant velocity joint.
The seal (140) comprises at least one linear seal.
The elastomeric seal and the pipe joint made with the seal assembly are also considered part of the invention.
A telescopic triplan universal joint having an inner joint member (34) and an outer joint member (32).
A constant velocity joint provides an increase in maximum joint angle without a corresponding increase in joint package size.
The swivel bayonet joint (10) includes a male bayonet joint and a corresponding female bayonet joint (58).
A seal assembly is disposed within the housing and includes a seal housing and a biased main seal.
The seal is preferably an X-ring or a lip seal with necessary back-up rings.
Each seal can be a hermetic seal or any other suitable seal formed through a molding step.
The first primary seal and the first secondary seal are part of the first half of the seal member.
The second primary seal and the second secondary seal are part of the second half of the seal member.
A pipe joint having a male pipe joint (12) and a female pipe joint (14).
The seal may extend laterally between a first seal end and a second seal end.
A mechanical seal device (1) has a first mechanical seal (2) provided with a second mechanical seal.
The heat seal (12) can be a frangible heat seal, a hard heat seal, or a combination thereof.
The heat seal can be a frangible heat seal, a hard heat seal, or a combination thereof.
The rotor seal element forms a seal with the stator seal element.
The seal assembly includes a rope seal and a clip that attaches the rope seal to the tongue.
Disclosed is a marine expansion joint with stuffing box, and the joint comprises a joint body.
The mask seal has a primary seal below the nose and a secondary seal alongside the nose.
A mechanical seal having a single rotatable seal ring having a pair of concentric seal faces to form a radially inner seal face and a radially outer seal face.