56 results about "Parylene coating" patented technology

A lens cover includes a main body and a parylene coating. The main body includes a base substrate and a plurality of optical lens elements. The base substrate is substantially planar and defines an outer perimeter. The plurality of optical lens elements is that extend from the base substrate and cooperates with the base substrate to provide an exterior surface and an interior surface of the lens cover. Each optical lens element of the plurality of optical lens elements are configured for alignment with a light emitting diode. The parylene coating is provided over the exterior surface and the interior surface. The plurality of optical lens elements protrude from the base substrate at the exterior surface. The lens cover is formed as a unitary one-piece construction such that the exterior surface extends continuously between the base substrate and each optical lens element to form a fluid impervious barrier therebetween.

Flexible medical articles have a barrier polymer coating that provides a cleanable surface and reduced microbial touch transfer. The articles may be flat or tubular. The articles are formed from a polymer composition containing one or more extractable components. The barrier polymer coating is a transparent vapor-deposited coating of a barrier polymer derived from at least one ethylenically unsaturated monomer. The vapor-deposited polymer coating barrier reduces the extraction of extractable component(s) from the tube. The coating also provides a reduction in microorganism touch transfer of at least 20% and provides increased wet out of a cleaning solvent compared to an identical tube without the transparent vapor-deposited coating.

A radar-absorbent material 201 comprises a radar-absorbent foam 200 comprising a plurality of pores 202 defined by one or more internal surfaces 204 of the foam and a parylene coating 212 on at least

A structure including a coated free-standing film attached to a support wherein the free-standing film is a free-standing film of carbon nanostructures and a parylene-coating having a thickness of 5-200 nm is provided on the free-standing film.

The invention discloses a memristive element based on ultrathin parylene protection and a preparation method thereof, and the method comprises the following steps: uniformly depositing a parylene material layer on the surface of the memristive element through a parylene coating material to form a parylene film, and obtaining a parylene film protection layer / memristive element / parylene film protection layer composite structure, and finally obtaining the memristive element based on the super parylene protection. According to the memristive element, the compact pinhole-free structure, excellent chemical inertness and high barrier property of the parylene film are utilized, an omnibearing protection film is formed on the surface of the memristive element on the premise that the electrical property of the memristive element is not affected, the memristive element can obtain a long-term stable working environment, and the memristive element is protected. The interference of external humidity, corrosive gas and mechanical friction on the performance of the element is effectively resisted, the service life of the memristor element is remarkably prolonged, and meanwhile, the reliability and stability of the memristor element in complex application scenes such as flexible electronics and wearable equipment are guaranteed.

A disinfectant applicator 10 constructed using biodegradable plastics. The applicator comprises a hollow handle portion 21 containing disinfectant liquid and having an aperture sealed by a membrane (5

The invention provides a parylene coating and film removing method for a micro device with an internal channel and a special-shaped surface, which comprises the following steps of: forming a mask layer and coating a parylene film layer on the micro device, wherein the peeling strength of the mask layer is 1t; the tensile strength is 1N / mm and the 1t; the pressure is 30 Mpa; fixing the micro device in the through hole of the jig; sodium bicarbonate or dry ice is adopted to carry out sand blasting on the micro device to remove the mask layer and the parylene film layer, and the sand blasting directions of the plane parts of the top surface and the bottom surface of the micro device and the plane part of the special-shaped surface are direct blasting; the edges of the top surface and the bottom surface of the micro device and the non-planar part of the special-shaped surface are subjected to sand blasting at an angle of 30-45 degrees by taking the respective planar part as a reference, the sand blasting pressure is 0.5-4Pa, and the sand blasting time is 5-30 seconds; placing the micro device into a second reagent for dehydration; and drying the micro device. According to the method, the efficiency and the accuracy of removing the mask layer and the parylene film layer on the special-shaped surface of the micro device can be effectively improved, and meanwhile, the potential damage risk to the device is greatly reduced.

The utility model discloses a kind of Parylene coating storage devices, to solve the problems of poor sealing of existing device, stirring is easily contaminated, cleaning is not thorough and discharge residue. It includes storage barrel, sealing cover, pneumatic stirring device and cleaning device;Sealing cover is provided with boss and is connected with the storage barrel, and double sealing is formed by cooperating with sealing washer;Pneumatic stirring device contains gas supply ring pipe, tangent jet pipe and gas supply main pipe with purifier, realize contactless stirring;Cleaning device contains water spraying ring pipe and annular distribution high-pressure nozzle, realize all-round cleaning;Storage barrel is provided with exhaust pipe with one-way air valve, slope inner bottom surface and transparent observation window, and main support column and auxiliary support rod are arranged at bottom. The device guarantees coating purity and component uniformity, avoids cross contamination, improves operation stability, and adapts to the needs of high-end fields such as electronics and medical treatment.

Aspects of the present disclosure involve various battery packs. In general, the battery pack includes a plurality of layers and an enclosure enclosing the plurality of layers. A cathode terminal and an anode terminal extend from a first face of the enclosure. The cathode terminal and the anode terminal are connected to the plurality of layers. A Parylene coating may cover an entire surface of the enclosure except for at least a portion of a surface of the first face.

The invention provides a parylene coating and film removing method for a semiconductor cooler, and relates to the technical field of coating removing, the method comprises the following steps: forming a mask layer at a specific position of the semiconductor cooler, then coating parylene film layers inside and outside the semiconductor cooler, rotating the semiconductor cooler through a rotating device, and removing the parylene film layers from the mask layer. And when the included angles between the base line of the rotating mechanism and the laser are 0 degree, alpha degree, 90 degree, 90 + alpha degree, 180 degrees and 270 degrees, laser cutting is carried out, and when the included angles are alpha degrees and 90 + alpha degrees, the shielded area on the semiconductor cooler is cut. According to the method, the angle rotating mode is adopted, so that the mutually-shielded surfaces between the semiconductor cooler welding columns can be exposed, and the laser can cut the mutually-shielded areas. Meanwhile, a continuous rotating mode is adopted, laser cutting can be connected end to end on different side faces, no dead angle is left when the film layer is broken, and the wiredrawing phenomenon of the film layer is avoided after the mask layer and the parylene layer are removed.

A specific embodiment of the present invention provides a composite coating, manufacturing method, and device, comprising Coating I and Coating II, where Coating I is formed by plasma polymerization of a silane monomer containing an active functional group having affinity or reactivity with polymer molecules and a hydrolyzable group such as a halogen atom, an alkoxy group, or an acyloxy group, and Coating II is formed by vacuum vapor deposition of parylene on Coating I, and the composite coating improves the bonding strength and coverage of the parylene coating to the substrate.

The utility model discloses a combined parylene coating aluminum mesh tool, which relates to the field of aluminum meshes, and comprises a shell component, three sliding chutes are arranged on the inner wall of the shell component and are sequentially arranged and distributed, a blocking component is slidably connected in the sliding chute on one side, a shaping component is slidably connected in the sliding chute in the middle, and a fixing component is slidably connected in the sliding chute on the other side. According to the utility model, the shell assembly and the aluminum mesh assembly are arranged, the aluminum mesh is formed by a plurality of aluminum wires, and the outer surface of the aluminum mesh is coated with an isolation layer and an anti-corrosion layer by using a parylene coating process, so that the service life of the aluminum mesh is prolonged, and the top cover is separated from the upper part of the square frame; the components in the sliding grooves are taken out in a sliding mode, the components in the components can be replaced conveniently, operation is convenient and fast, the blocking components and the shaping components are arranged, warps and wefts are made of carbon steel and woven in a staggered mode to form the steel mesh, the hardness is higher compared with an aluminum mesh, and oil stains are intercepted preliminarily.

The invention provides a parylene coating and film removing method for a micro device with an internal channel and a special-shaped surface. The parylene coating and film removing method comprises the following steps: forming a mask layer and coating a parylene film layer on the micro device; cutting the side edges of the top surface and the bottom surface of the micro device by adopting laser, and removing the mask layer and the parylene film layer; the micro device is completely wrapped in the jig, and the top of the special-shaped surface with the mask layer and the parylene film layer extends out of the top of the jig; oxygen and argon are adopted to conduct plasma etching on the top of the special-shaped surface so as to remove the mask layer and the parylene film layer, the etching power ranges from 1000 w to 2000 w, the gas flow of the oxygen ranges from 60 sccm to 200 sccm, and the gas flow of the argon ranges from 5 sccm to 20 sccm. The laser cutting and plasma etching technology is adopted, parylene film coating and film removing can be effectively carried out on the micro device with an internal channel and a special-shaped surface, the fracture interface of the film is made to be neat and smooth, the film removing efficiency and precision are improved, and meanwhile the potential damage risk to the device is greatly reduced.

A radar-absorbent material (201) and a method (100) of producing such a radar- absorbent material (201) is disclosed. The radar-absorbent material (201) comprises a radar-absorbent foam (200). The radar-absorbent foam (200) comprises a plurality of pores (202) wherein said pores (202) are defined by one or more interior surfaces (204) of the radar-absorbent foam (200). The method comprising applying (102) a parylene coating (212) to at least one of said interior surfaces (204).

The invention relates to the technical field of vapor deposition, in particular to a parylene coating for a detection probe and a preparation method of the parylene coating. Treating the substrate with a silane coupling agent; depositing a coating film on the base material to form a first coating film layer; depositing a coating film on the first coating film layer to form a second coating film layer; plasma treatment is carried out on the second coating layer, and then deposition coating is carried out to form a third coating layer; wherein the first film coating layer, the second film coating layer and the third film coating layer are parylene film layers; the thickness of the second coating layer is at least 1.5 microns, and the thickness of the second coating layer is larger than the height of the micro-nano structure after plasma treatment. According to the preparation method, the two parylene film layers are formed by depositing and coating the base material, the plasma treatment is performed on the second parylene film layer, and the third parylene film layer is formed by coating after the plasma treatment, so that the coating has high hydrophobicity and high stability, and is excellent in environmental corrosion resistance; therefore, the service life of the probe using the coating is prolonged.

This invention provides a high DC bias iron-silicon composite magnetic core, wherein the silicon content of the high DC bias iron-silicon composite magnetic core does not exceed 5.5%; the high DC bias iron-silicon composite magnetic core is insulatingly coated with Al₂O₃ / EP nanocomposite material during its preparation process to form an insulating coating; the insulating coating is further coated with a parylene coating. The high DC bias iron-silicon composite magnetic core of this application has a significantly reduced oxygen content and a significantly improved DC bias performance.

The present invention discloses a Parylene-coated lightning arrester and a coating processing method. The Parylene-coated lightning arrester comprises a lightning arrester and a Parylene coating, wherein the Parylene coating is coated on a valve core column and a composite outer jacket of the lightning arrester. The Parylene coating has advantages such as waterproofness and corrosion resistance as well as good electrical properties, thereby improving the electric field distribution of the lightning arrester during operation and enhancing the insulation performance of the lightning arrester.

The present application provides a method for coating and removing parylene from a semiconductor refrigerator, and relates to the technical field of coating removal. The method includes forming a mask layer at a specific position of the semiconductor refrigerator, and then coating the parylene film layer both inside and outside the semiconductor refrigerator, rotating the semiconductor refrigerator by a rotating device, and performing laser cutting respectively when the angle between the baseline of the rotating mechanism and the laser is 0, α, 90, 90+α, 180 and 270 degrees, wherein at α and 90+α degrees, the blocked area on the semiconductor refrigerator is cut. The present application adopts a rotation angle method to expose the mutually blocked surfaces between the welding columns of the semiconductor refrigerator, so that the laser can cut the mutually blocked areas. At the same time, the present application adopts a continuous rotation method, and the laser cutting can be connected end to end on different sides, and no dead angle will be left when the film layer is broken, and no wire drawing phenomenon of the film layer will occur after the mask layer and the parylene layer are removed.

A container-and-product assembly, comprising a paper-based inflexible container, wherein the container comprises a rigid shell (1) based on pulp, and a parylene coating (2) applied at the container surface, wherein the container contains a liquid consumer product comprising a surfactant.

The utility model discloses a corrosion-resistant laser optical fiber, which relates to the technical field of optical fibers and comprises a main body, an outer tube is arranged on the periphery of the main body, the outer tube is composed of paint and a protective tube, the paint is a parylene coating, a hoop is arranged on the periphery of one end of the outer tube, threads are arranged on the other side of the hoop through the outer tube, and the protective tube is arranged on the outer tube. And eight through holes are formed in the side face of the end, located on the threads, of the outer pipe, the through holes are evenly distributed around the circle center of the outer pipe, sealing plugs are slidably arranged in the through holes, and the number and the position of the sealing plugs are consistent with those of the through holes. Compared with an existing common laser optical fiber, the corrosion-resistant laser optical fiber has the advantages that the outer tube needs to be sleeved outside the main body before use, the hoop is fastened and the outer tube is fixed on the outer side of the main body when the corrosion-resistant laser optical fiber is in place, and then the sealing plug is inserted into the through hole, so that the main body can be isolated from the outside, and the corrosion of the main body can be avoided; and after the protection device of the external outer pipe is aged, the protection device can be directly replaced, so that the use cost can be further reduced.

A semiconductor device includes a carrier comprising a recess, a semiconductor die disposed in the recess, and a parylene coating covering at least portions of the surfaces of the semiconductor die and the carrier.

The application discloses a manufacturing method of an ultrasonic catheter, the ultrasonic catheter and a forming die thereof. The manufacturing method of the ultrasonic catheter comprises the following steps: preparing an array stack; selecting a lead-out wire; coating a polymer material at a preset distance from one end of the lead-out wire to form a preformed tube; electrically connecting one end of the lead-out wire close to the preformed tube to the array stack; adopting split pouring to manufacture a sound-transparent protective layer coated on the periphery of the array stack and one end of the preformed tube close to the array stack; electrically connecting the other end of the lead-out wire away from the preformed tube to a circuit connector; and forming a Parylene coating layer on the outer surface of the sound-transparent protective layer. The Parylene coating layer enables the sound-transparent protective layer to better adapt to the vascular environment of the human body and meet the requirements for use in blood vessels. Therefore, the selection range of the manufacturing material of the sound-transparent protective layer is wider, and a material with a lower pouring temperature can be selected to manufacture the sound-transparent protective layer, so that the array stack is prevented from being separated due to heat, and the acoustic performance, consistency and qualification rate of the ultrasonic catheter are improved.

The application provides a polishing method for a Parylene coating on the surface of a medical puncture needle, a medical puncture needle and a device, and aims to solve the problems of precision control, coating damage and transition unevenness in the polishing process of a micron-level coating slope. The method comprises the following steps: matching corresponding grinding tool granularity and grinding process parameters according to the material type of the Parylene coating; segmentally grinding the transition area between the coating and the metal substrate, first coarsely grinding the transition area by using a flexible grinding head with relatively coarse granularity to form a slope sketch, and then finely grinding the transition area by using a resin diamond grinding head with finer granularity at a lower speed to improve the surface quality; and finally detecting the surface morphology and size precision of the conical slope. By matching the parameters based on the material characteristics and the "coarse grinding-fine grinding" segmented process, the method can realize micron-level precision, effectively avoid coating cracking and peeling, and form a smooth and flat coating transition slope.

The utility model discloses a cutter module with a service life prolonging structure, which comprises a cutter module assembly, a transmission worm and a rotary worm gear are arranged in the cutter module assembly, the transmission worm and the rotary worm gear are in meshing transmission, an oil supply assembly is arranged in the cutter module assembly, an annular oil conveying channel is arranged in the rotary worm gear, and the annular oil conveying channel is communicated with the transmission worm. A connecting channel communicated with the annular oil conveying channel is arranged between every two adjacent teeth of the rotating worm gear, an eccentric hole is formed in the lower portion of the rotating worm gear, and the eccentric hole and the oil supply assembly are matched with a butt joint hole through the annular oil conveying channel, the eccentric hole and the annular oil conveying channel, so that periodic precise lubrication of the meshing position of the transmission worm and the worm gear is achieved, and dry friction is reduced. And the surface of the barrier plate is coated with a parylene coating, so that the corrosion resistance and the wear resistance are enhanced.

Print defects are a major limitation to the uptake of EUV lithography. [Solution] A structure is disclosed that includes a coated, free-standing film attached to a support. The free-standing film is a free-standing film of carbon nanostructures, and a parylene coating having a thickness of 5 to 200 nm is provided on the free-standing film. Also disclosed is the use of the parylene coating to reduce gas permeability while allowing transmission of ionizing radiation by providing a parylene coating having a thickness of 5 to 200 nm on a structure that includes a free-standing film of carbon nanostructures attached to a support and a metal-based coating.

The utility model relates to the technical field of coating equipment, in particular to a vacuum degree measuring device for parylene coating equipment. Comprising a shell, a partition plate, a stand column, a heating assembly and an electronic vacuum gauge, the shell is in a barrel shape, a sealing cover is arranged on the shell, the barrel is wrapped with the heating assembly, a connecting pipe is arranged on the sealing cover and communicated with a vacuum coating cavity, and the partition plate is arranged in an inner cavity of the barrel. The partition plates are discs with the same inner diameter as the barrel body and are arranged in multiple layers, a center hole is formed in the middle of each layer, stand columns penetrate through the center holes to fix the partition plates in an inner cavity of the barrel body at intervals, and the stand columns are fixed to the bottom of the barrel body. Each partition plate is divided into eight areas according to 45 degrees, a plurality of through holes are formed in four of the eight areas, and the areas with the through holes and the areas without the through holes are arranged at intervals. In the multiple layers of partition plates in the inner cavity of the barrel body, the area with the through holes in the lower-layer partition plate corresponds to the area without the through holes in the upper-layer partition plate. And the electronic vacuum gauge is positioned below the bottommost partition plate. And the inner cavity of the barrel body is heated to 50-120 DEG C during working.

The lens cover includes a body and a parylene coating. The body includes a bottom substrate and a plurality of optical lens elements. The bottom substrate is substantially planar and defines an outer perimeter. A plurality of optical lens elements extend from and cooperate with the bottom substrate to provide an outer surface and an inner surface of the lens cover. Each optical lens element of the plurality of optical lens elements is configured for alignment with the light emitting diode. A parylene coating is disposed on the outer surface and the inner surface. A plurality of optical lens elements protrude from the bottom substrate at an outer surface. The lens cover is formed as a unitary one-piece structure such that the outer surface extends continuously between the base substrate and each optical lens element to form a fluid impermeable barrier therebetween.

The utility model relates to the field of coating devices, in particular to a parylene coating device with a cleaning function, which comprises a coating chamber, a liquid injection header pipe is arranged in the middle of the upper portion of the coating chamber, and a liquid supply box used for providing cleaning liquid is arranged on one side of the coating chamber. After a product is coated, the coating chamber is opened, the product is taken out, and the bracket in the coating chamber is taken out for cleaning, so that cleaning dead angles in the coating chamber are reduced, then the upper coating chamber is closed, the liquid injection header pipe is in threaded connection with the water outlet pipe on the liquid supply box, and then the liquid supply box is started; by means of the method, impurities on the cavity, gas and the surface of a product can be effectively removed, the cavity is clean, the impurities can be prevented from being mixed into a coating material, and the defects of pinholes, hard spots and the like of a coating film are prevented; and moreover, the parylene film can be tightly attached to the product, and the adhesive force and uniformity of the film layer are improved, so that the film coating quality is improved.

The present invention belongs to the technical field of Parylene material coatings, and specifically relates to a Parylene coating containing a complex coupling agent, a preparation method thereof, and an application thereof, including a Parylene layer, a complex coupling agent between the Parylene layer and a substrate to be plated, the complex coupling agent comprising a silane coupling agent and an N-containing coupling agent, the mass ratio of the silane coupling agent to the N-containing coupling agent is 1: (0.2-3), and the complex coupling agent is chemically bonded to the Parylene layer and the substrate to be plated, respectively. The present invention can significantly improve adhesion, and at the same time, only a short process time is required to achieve maximum adhesion, and takes into account good heat resistance, excellent uniformity of all samples in a batch, and excellent stability between multiple batches.

The application discloses a kind of 4,16 bis (m-methoxyphenyl) -[2,2] -p-xylene ring diatomic for preparing parylene coating resistant to electrochemical corrosion and its preparation method and application, specifically relates to a kind of 4,16 bis (m-methoxyphenyl) -[2,2] -p-xylene ring diatomic, its preparation method includes the following steps: S1, p-xylene ring diatomic is reacted with liquid bromine in the presence of catalyst, first solvent, and intermediate 1 is obtained;S2, intermediate 1 is reacted with 3-hydroxyphenylboronic acid in the presence of base salt, palladium catalyst and second solvent, and intermediate 2 is obtained;S3, intermediate 2 is reacted with methylating agent in the presence of base salt, third solvent, and the ring diatomic monomer is obtained.The phenyl parylene coating prepared from the above monomer shows excellent resistance to electrochemical corrosion, compared with the corrosion-resistant coating formed by the existing parylene monomer, not only the corrosion current density is low, and corrosion potential is high, has good application prospect in electronic product protection or medical instrument protection and the like.