Delivery - Import export

Delivery The organisation and realisation of large-volume modular unit transportation is our metier. Thousands of stations and modular units leave our plants every year and are delivered reliably and safely to their destinations. Transporation of modular units with dimensions up to 4.20 m in width or up to 12 m in length and with a height of over 3.60 m is part and parcel of our daily business. Although this is routine for us, enormous care is exercised and safety taken extremely seriously, beginning with safe loading and continuing during farsighted planning of the route. Our five production locations provide nationwide coverage, thus short transportation routes also help preserve the environment and avoid long journeys. We can also reliably deliver your module in practically any kind of weather - and fit it out in advance in our plant if desired. Whether our products are prepared to facilitate installation, or delivery and installation as a turnkey solution: we also provide...

When time is most critical factor: Facing unplanned equipment downtime? We are the right wholesaler for very urgent deliveries of industrial supplies, machine parts and components across Europe ... If we do not have it, we look for it. Express Industrial Parts Delivery: Sometimes you need a part or component very urgently in order to continue production. E. g. if you have a breakdown of a machine in your production line and you need to certain part from you German, Austrian or other European supplier to repair it. Sometimes German or other European suppliers as well as online shops do not supply to third countries. We have the right solution for you: As a industrial wholesaler we can procure the missing parts on short notice and then deliver them directly to you.

Polysorb Disk springs delivery program De [mm]: Di [mm]: disc springs are annulus discs stressable in the axial direction, which are turned over in the shape of a disc in the axial direction. disc springs provide a more favorable space usage than other spring types. They are particularly suitable for designs that demand a small spring deflection. + When not to use Polysorb Disk springs? For the implementation of specially flat load deflection curves that are possible with metal only with considerable complexity and expenditure (slotted versions). For compensation of axial clearance and manufacturing tolerances For vibration compensation For noise dampening When an antimagnetic material is required For electrical and thermal insulation When no corrosion problems should arise When lubrication is not necessary For low weight For low space requirement – When not to use polyserb disk springs? When constant spring forces are necessary over a wide temperature range When high spring forces are required The spring deflection of the disk spring is relatively small. Therefore a number of disk springs are combined in practice. Alternatively layered disk springs enhance the spring deflection in proportion to the number, whereby the overall spring force is as large as the force of the individual disk spring. To increase the force, the disk springs can be layered in parallel as a spring packet. Chemical resistance Polysorb disk springs are resistant to many chemicals. iglidur® A500 has a higher resistance than iglidur® J. Medium Resistance iglidur® J iglidur® A500 Alcohols + + Hydrocarbons + + Fats, oils without additives + + Fuels + + Diluted acids 0 to - + Strong acids - + Diluted bases + + Strong bases + to 0 + Humidity absorption The low humidity absorption allows them to be used in wet or humid environment. Polysorb® disk springs absorb humidity. Thereby their mechanical properties alter. In the worst application that can be thought of - extremely long application in water - Polysorb® disk springs still exhibit high spring force. iglidur® Standard environment saturated in water J 18 15 A500 24 23 Increased operating temperature Increased temperatures lead to the decline of stiffening in polymers. Polysorb® disk springs exhibit a maximum spring force of 8 N even at the maximum permitted temperature of 80° C. See figure for relationship of spring force to ambient temperature. Polysorb Disk springs long-term tests X = downward deflection [%] Y= spring force [N] A = JTEM-10 B = A500TEM-10 Figure 35.1: Spring force depending on the percentage of deflection measured in installation size 10 X= Ambient temperature [°C] Y= Maximum spring force [N] Figure 35.2: Influence of the ambient temperature on the spring force, measured on JTEM-10 Polysorb Disk springs delivery program De [mm]: Di [mm]: Dimensions according to DIN 2093

drylin® W - Advantages Dirt-resistant Weight saving Lubrication-free High speed Silent and light weight drylin® W - Advantages drylin® W - technical properties The technical properties of the drylin® W profile guide system Technical properties drylin® W - configuration Find the right profile guide system in 4 simple steps with the system and life calculation. drylin® W - configuration Single rail and housing bearing - round Sizes: 10 mm, 16 mm, 20 mm and 25 mm DryLin® W single rail and housing bearing - round Single rail and housing bearing - angular Sizes: 6 mm, 10 mm, 16 mm and 20 mm DryLin® W single rail and housing bearing - angular double rail, round Sizes: 10 mm (rail width 40 mm, 74 mm and 120 mm), 16 mm (rail width 58 mm), 20 mm (rail width 82 mm) and 25 mm (rail width 120 mm) DryLin® W double rail Guide carriage, assembled Sizes: 10 mm, 16 mm, 20 mm and 25 mm DryLin® W guide carriage, assembled double rail, square Sizes: 06 mm (rail width 30 mm), 10 mm (rail width 40 mm and 74 mm) and 16 mm (rail width 58 mm) drylin® W double rail, square Mono-slide guide carriage Size: 10 mm Mono-Slide guide Single rail and housing bearing - round, adjustable Sizes: 10 mm, 16 mm and 20 mm Linear Guides with “Turn-To-Fit” Hybrid bearing WJRM drylin® roller bearings - Roll and glide for easy movement. drylin® W hybrid bearing | roller bearing hybrid bearing double WJRM drylin® double roller bearing - Roll and glide for easy movement. drylin® W hybrid bearing double Double rail, reduced weight Sizes: 6 mm (rail width 30 mm), 10 mm (rail width 40 mm and 80 mm) DryLin® W double rail, reduced weight Hybrid carriage with rollers Size: 10, 16 mm DryLin® W hybrid carriage with rollers Stainless steel guide V4A, individual Size: 20 mm DryLin® W stainless steel guide V4A - individual Stainless steel guide V4A - double DryLin® W stainless steel guide V4A - double drylin® W slider rails/carriages drylin® W rail profiles with 3/8" threads, complete rails with Ø 10 mm through bore, with/without hand clamps DryLin® W double rail, square Gliding elements For round and angular rails. DryLin® W - Gliding elements Manual clamp Developed for simple positioning tasks. DryLin® W - Manual clamp Digital measuring system With immediate digital indication of position. DryLin® W - Digital measuring system Hand clamp for higher forces Designed for positioning tasks with higher forces. DryLin® W hand clamp for higher forces DryLin® WKMEX digital measuring system with external output drylin® WKMEX measuring system with external output DryLin® SLW - the compact* Spindle-lift tables The extremely thin unit is based on a DryLin® W profile system, and its entire length is supported. This design offers an extremely high torsional stiffening simultaneously with compact dimensions. DryLin® SLW - Compact DryLin® ZLW Toothed belt axis For quick positioning of small loads. DryLin® ZLW - Toothed belt axis Single rail and housing bearing - round Sizes: 10 mm, 16 mm, 20 mm and 25 mm DryLin® W single rail and housing bearing - round Single rail and housing bearing - angular Sizes: 6 mm, 10 mm, 16 mm and 20 mm DryLin® W single rail and housing bearing - angular double rail, round Sizes: 10 mm (rail width 40 mm, 74 mm and 120 mm), 16 mm (rail width 58 mm), 20 mm (rail width 82 mm) and 25 mm (rail width 120 mm) DryLin® W double rail Guide carriage, assembled Sizes: 10 mm, 16 mm, 20 mm and 25 mm DryLin® W guide carriage, assembled double rail, square Sizes: 06 mm (rail width 30 mm), 10 mm (rail width 40 mm and 74 mm) and 16 mm (rail width 58 mm) drylin® W double rail, square Mono-slide guide carriage Size: 10 mm Mono-Slide guide Single rail and housing bearing - round, adjustable Sizes: 10 mm, 16 mm and 20 mm Linear Guides with “Turn-To-Fit” Hybrid bearing WJRM drylin® roller bearings - Roll and glide for easy movement. drylin® W hybrid bearing | roller bearing hybrid bearing double WJRM drylin® double roller bearing - Roll and glide for easy movement. drylin® W hybrid bearing double Double rail, reduced weight Sizes: 6 mm (rail width 30 mm), 10 mm (rail width 40 mm and 80 mm) DryLin® W double rail, reduced weight Hybrid carriage with rollers Size: 10, 16 mm DryLin® W hybrid carriage with rollers Stainless steel guide V4A, individual Size: 20 mm DryLin® W stainless steel guide V4A - individual Stainless steel guide V4A - double DryLin® W stainless steel guide V4A - double drylin® W slider rails/carriages drylin® W rail profiles with 3/8" threads, complete rails with Ø 10 mm through bore, with/without hand clamps DryLin® W double rail, square Gliding elements For round and angular rails. DryLin® W - Gliding elements Manual clamp Developed for simple positioning tasks. DryLin® W - Manual clamp Digital measuring system With immediate digital indication of position. DryLin® W - Digital measuring system Hand clamp for higher forces Designed for positioning tasks with higher forces. DryLin® W hand clamp for higher forces DryLin® WKMEX digital measuring system with external output drylin® WKMEX measuring system with external output DryLin® SLW - the compact* Spindle-lift tables The extremely thin unit is based on a DryLin® W profile system, and its entire length is supported. This design offers an extremely high torsional stiffening simultaneously with compact dimensions. DryLin® SLW - Compact DryLin® ZLW Toothed belt axis For quick positioning of small loads. DryLin® ZLW - Toothed belt axis drylin® W - Advantages Dirt-resistant Weight saving Lubrication-free High speed Silent and light weight drylin® W - Advantages drylin® W - technical properties The technical properties of the drylin® W profile guide system Technical properties drylin® W - configuration Find the right profile guide system in 4 simple steps with the system and life calculation. drylin® W - configuration

Improve application of wound sealing agents POREX® topical applicator filters and wicks are designed for fluid-based application of sealing agents for wound closure, such as surgical adhesive or drug delivery in dental treatment applications, and can also serve as a filter if the solutions are mixed and expressed from crushed glass ampoules. Designed to provide maximum performance for topical applicators, our filters and wicks: Deliver optimal wicking rates–Design provides optimal wicking rates of the liquid adhesive from the reservoir to the tip surface, which is then used as the applicator. Deliver precise application – POREX topical applicator tips provide specified lay-down of the liquid adhesive to the wound surface. Ensure appropriate press-fit seal and manufacturability–Filter strength and pliability ensures appropriate seal between the filter applicator and the device’s exterior barrel, and also allows for automated assembly processes and sterilization via gamma or...

Balance performance and protection for optimal infusion therapy POREX ® infusion therapy set filters and vents provide the perfect balance of performance and protection for optimal infusion therapy with reduced risk of infection. Critical components of our infusion therapy solutions include: POREX ® spike vents - Complete efficient delivery of the dose solution without impacting the physical stability or introduction of microbes or foreign matter, thereby protecting the medical professional from infection and drug exposure. POREX ® in-line filters - Hydrophilic membrane protects against accidental air intrusion into the infusion line. POREX® primer vent - Hydrophobic membrane with 1.2 micron pore size that allows air to pass through but stops fluid and provides a barrier to contact contamination.

Minimize contamination and noise of nebulizers POREX® nebulizer filters and vents offer a two-fold advantage when assembled into a nebulizer, a device that converts liquid into an aerosol for inhalation of medication. Our porous materials effectively filter or vent the air as it is drawn into the device through the air inlets, keeping out particulates, microbes and other contaminants. In addition, these filters also act to muffle the noise created by the action of the device. Specifically designed for nebulizers, our filters and vents: Assure easy assembly–Designed for ease of assembly into the nebulizer, these three-dimensional molded part designs are inherently strong, creating a better seal than traditional fiber filters when press-fit into nebulizer devices. Reduce contamination–Effectively filter or vent air as it is drawn into the device through the air inlets, keeping out particulates, microbes and other contaminants. Offer a better user experience– Diffuse sound by...

Deliver precise doses while minimizing contamination in nasal inhalers Pharmaceutical and healthcare companies rely on Porex for customized antimicrobial filtering solutions for nasal inhalers and spray pumps. POREX ® filters are designed to prevent contamination of the pharmaceutical agent. Our nasal inhaler and spray pump filters: Facilitate cleaning filtration–Porous materials ensure pharmaceutical agent is free of contamination. Deliver preservative-free packaging–Antimicrobial additives in the structure of porous material helps maintain the sterility of the pharmaceutical agent. Offer optimized air flow performance as specified by the functional requirements of the specific device.

Ensure metered dose integrity and accuracy in oral inhalers Customized POREX ® inhaler filters are used in metered dose inhalers to deliver measured amounts of pharmaceutical agents to patients via oral-bronchial administration. With the added ability for customization to promote preservative-free packaging, our oral inhaler filters: Deliver accurate doses in metered dose inhalers–Customized inhaler filters facilitate the delivery of measured amounts of pharmaceutical agents specific to the device’s design requirements. Protects inhaler's mechanical systems from obstruction, thereby enhancing performance. Can be customized based on device requirements by optimizing for pore size, airflow and dimensional tolerances.

Deliver accurate and consistent doses POREX ® drug delivery reservoirs can be loaded with pharmaceutical agents and incorporated into a drug delivery device. Reservoirs can be developed from porous polymer or porous fiber materials, depending on the design and functional performance requirements of the reservoir. Our drug delivery reservoirs: Optimize dosage accuracy–Both porous plastic and porous fiber materials are engineered for dosage accuracy and structural integrity. Deliver consistent drug dose release- Optimized for loading and absorption of the drug into the porous material for statistical consistency of drug dose release, as well as for air flow and chemical resistance. Accommodate varied device requirements through customized part geometries.

Balance performance and protection for optimal infusion therapy POREX ® infusion therapy set filters and vents provide the perfect balance of performance and protection for optimal infusion therapy with reduced risk of infection. Critical components of our infusion therapy solutions include: POREX ® spike vents - Complete efficient delivery of the dose solution without impacting the physical stability or introduction of microbes or foreign matter, thereby protecting the medical professional from infection and drug exposure. POREX ® in-line filters - Hydrophilic membrane protects against accidental air intrusion into the infusion line. POREX® primer vent - Hydrophobic membrane with 1.2 micron pore size that allows air to pass through but stops fluid and provides a barrier to contact contamination.

Improve application of wound sealing agents POREX® topical applicator filters and wicks are designed for fluid-based application of sealing agents for wound closure, such as surgical adhesive or drug delivery in dental treatment applications, and can also serve as a filter if the solutions are mixed and expressed from crushed glass ampoules. Designed to provide maximum performance for topical applicators, our filters and wicks: Deliver optimal wicking rates–Design provides optimal wicking rates of the liquid adhesive from the reservoir to the tip surface, which is then used as the applicator. Deliver precise application – POREX topical applicator tips provide specified lay-down of the liquid adhesive to the wound surface. Ensure appropriate press-fit seal and manufacturability–Filter strength and pliability ensures appropriate seal between the filter applicator and the device’s exterior barrel, and also allows for automated assembly processes and sterilization via gamma or...

Minimize contamination and noise of nebulizers POREX® nebulizer filters and vents offer a two-fold advantage when assembled into a nebulizer, a device that converts liquid into an aerosol for inhalation of medication. Our porous materials effectively filter or vent the air as it is drawn into the device through the air inlets, keeping out particulates, microbes and other contaminants. In addition, these filters also act to muffle the noise created by the action of the device. Specifically designed for nebulizers, our filters and vents: Assure easy assembly–Designed for ease of assembly into the nebulizer, these three-dimensional molded part designs are inherently strong, creating a better seal than traditional fiber filters when press-fit into nebulizer devices. Reduce contamination–Effectively filter or vent air as it is drawn into the device through the air inlets, keeping out particulates, microbes and other contaminants. Offer a better user experience– Diffuse sound by...

Deliver precise doses while minimizing contamination in nasal inhalers Pharmaceutical and healthcare companies rely on Porex for customized antimicrobial filtering solutions for nasal inhalers and spray pumps. POREX ® filters are designed to prevent contamination of the pharmaceutical agent. Our nasal inhaler and spray pump filters: Facilitate cleaning filtration–Porous materials ensure pharmaceutical agent is free of contamination. Deliver preservative-free packaging–Antimicrobial additives in the structure of porous material helps maintain the sterility of the pharmaceutical agent. Offer optimized air flow performance as specified by the functional requirements of the specific device.

Ensure metered dose integrity and accuracy in oral inhalers Customized POREX ® inhaler filters are used in metered dose inhalers to deliver measured amounts of pharmaceutical agents to patients via oral-bronchial administration. With the added ability for customization to promote preservative-free packaging, our oral inhaler filters: Deliver accurate doses in metered dose inhalers–Customized inhaler filters facilitate the delivery of measured amounts of pharmaceutical agents specific to the device’s design requirements. Protects inhaler's mechanical systems from obstruction, thereby enhancing performance. Can be customized based on device requirements by optimizing for pore size, airflow and dimensional tolerances.

Deliver accurate and consistent doses POREX ® drug delivery reservoirs can be loaded with pharmaceutical agents and incorporated into a drug delivery device. Reservoirs can be developed from porous polymer or porous fiber materials, depending on the design and functional performance requirements of the reservoir. Our drug delivery reservoirs: Optimize dosage accuracy–Both porous plastic and porous fiber materials are engineered for dosage accuracy and structural integrity. Deliver consistent drug dose release- Optimized for loading and absorption of the drug into the porous material for statistical consistency of drug dose release, as well as for air flow and chemical resistance. Accommodate varied device requirements through customized part geometries.

Balance performance and protection for optimal infusion therapy POREX ® infusion therapy set filters and vents provide the perfect balance of performance and protection for optimal infusion therapy with reduced risk of infection. Critical components of our infusion therapy solutions include: POREX ® spike vents - Complete efficient delivery of the dose solution without impacting the physical stability or introduction of microbes or foreign matter, thereby protecting the medical professional from infection and drug exposure. POREX ® in-line filters - Hydrophilic membrane protects against accidental air intrusion into the infusion line. POREX® primer vent - Hydrophobic membrane with 1.2 micron pore size that allows air to pass through but stops fluid and provides a barrier to contact contamination.

Minimize contamination and noise of nebulizers POREX® nebulizer filters and vents offer a two-fold advantage when assembled into a nebulizer, a device that converts liquid into an aerosol for inhalation of medication. Our porous materials effectively filter or vent the air as it is drawn into the device through the air inlets, keeping out particulates, microbes and other contaminants. In addition, these filters also act to muffle the noise created by the action of the device. Specifically designed for nebulizers, our filters and vents: Assure easy assembly–Designed for ease of assembly into the nebulizer, these three-dimensional molded part designs are inherently strong, creating a better seal than traditional fiber filters when press-fit into nebulizer devices. Reduce contamination–Effectively filter or vent air as it is drawn into the device through the air inlets, keeping out particulates, microbes and other contaminants. Offer a better user experience– Diffuse sound by...

Deliver precise doses while minimizing contamination in nasal inhalers Pharmaceutical and healthcare companies rely on Porex for customized antimicrobial filtering solutions for nasal inhalers and spray pumps. POREX ® filters are designed to prevent contamination of the pharmaceutical agent. Our nasal inhaler and spray pump filters: Facilitate cleaning filtration–Porous materials ensure pharmaceutical agent is free of contamination. Deliver preservative-free packaging–Antimicrobial additives in the structure of porous material helps maintain the sterility of the pharmaceutical agent. Offer optimized air flow performance as specified by the functional requirements of the specific device.

Ensure metered dose integrity and accuracy in oral inhalers Customized POREX ® inhaler filters are used in metered dose inhalers to deliver measured amounts of pharmaceutical agents to patients via oral-bronchial administration. With the added ability for customization to promote preservative-free packaging, our oral inhaler filters: Deliver accurate doses in metered dose inhalers–Customized inhaler filters facilitate the delivery of measured amounts of pharmaceutical agents specific to the device’s design requirements. Protects inhaler's mechanical systems from obstruction, thereby enhancing performance. Can be customized based on device requirements by optimizing for pore size, airflow and dimensional tolerances.

Deliver accurate and consistent doses POREX ® drug delivery reservoirs can be loaded with pharmaceutical agents and incorporated into a drug delivery device. Reservoirs can be developed from porous polymer or porous fiber materials, depending on the design and functional performance requirements of the reservoir. Our drug delivery reservoirs: Optimize dosage accuracy–Both porous plastic and porous fiber materials are engineered for dosage accuracy and structural integrity. Deliver consistent drug dose release- Optimized for loading and absorption of the drug into the porous material for statistical consistency of drug dose release, as well as for air flow and chemical resistance. Accommodate varied device requirements through customized part geometries.

Balance performance and protection for optimal infusion therapy POREX ® infusion therapy set filters and vents provide the perfect balance of performance and protection for optimal infusion therapy with reduced risk of infection. Critical components of our infusion therapy solutions include: POREX ® spike vents - Complete efficient delivery of the dose solution without impacting the physical stability or introduction of microbes or foreign matter, thereby protecting the medical professional from infection and drug exposure. POREX ® in-line filters - Hydrophilic membrane protects against accidental air intrusion into the infusion line. POREX® primer vent - Hydrophobic membrane with 1.2 micron pore size that allows air to pass through but stops fluid and provides a barrier to contact contamination.

Improve application of wound sealing agents POREX® topical applicator filters and wicks are designed for fluid-based application of sealing agents for wound closure, such as surgical adhesive or drug delivery in dental treatment applications, and can also serve as a filter if the solutions are mixed and expressed from crushed glass ampoules. Designed to provide maximum performance for topical applicators, our filters and wicks: Deliver optimal wicking rates–Design provides optimal wicking rates of the liquid adhesive from the reservoir to the tip surface, which is then used as the applicator. Deliver precise application – POREX topical applicator tips provide specified lay-down of the liquid adhesive to the wound surface. Ensure appropriate press-fit seal and manufacturability–Filter strength and pliability ensures appropriate seal between the filter applicator and the device’s exterior barrel, and also allows for automated assembly processes and sterilization via gamma or...

Minimize contamination and noise of nebulizers POREX® nebulizer filters and vents offer a two-fold advantage when assembled into a nebulizer, a device that converts liquid into an aerosol for inhalation of medication. Our porous materials effectively filter or vent the air as it is drawn into the device through the air inlets, keeping out particulates, microbes and other contaminants. In addition, these filters also act to muffle the noise created by the action of the device. Specifically designed for nebulizers, our filters and vents: Assure easy assembly–Designed for ease of assembly into the nebulizer, these three-dimensional molded part designs are inherently strong, creating a better seal than traditional fiber filters when press-fit into nebulizer devices. Reduce contamination–Effectively filter or vent air as it is drawn into the device through the air inlets, keeping out particulates, microbes and other contaminants. Offer a better user experience– Diffuse sound by...

Deliver precise doses while minimizing contamination in nasal inhalers Pharmaceutical and healthcare companies rely on Porex for customized antimicrobial filtering solutions for nasal inhalers and spray pumps. POREX ® filters are designed to prevent contamination of the pharmaceutical agent. Our nasal inhaler and spray pump filters: Facilitate cleaning filtration–Porous materials ensure pharmaceutical agent is free of contamination. Deliver preservative-free packaging–Antimicrobial additives in the structure of porous material helps maintain the sterility of the pharmaceutical agent. Offer optimized air flow performance as specified by the functional requirements of the specific device.

Ensure metered dose integrity and accuracy in oral inhalers Customized POREX ® inhaler filters are used in metered dose inhalers to deliver measured amounts of pharmaceutical agents to patients via oral-bronchial administration. With the added ability for customization to promote preservative-free packaging, our oral inhaler filters: Deliver accurate doses in metered dose inhalers–Customized inhaler filters facilitate the delivery of measured amounts of pharmaceutical agents specific to the device’s design requirements. Protects inhaler's mechanical systems from obstruction, thereby enhancing performance. Can be customized based on device requirements by optimizing for pore size, airflow and dimensional tolerances.

Deliver accurate and consistent doses POREX ® drug delivery reservoirs can be loaded with pharmaceutical agents and incorporated into a drug delivery device. Reservoirs can be developed from porous polymer or porous fiber materials, depending on the design and functional performance requirements of the reservoir. Our drug delivery reservoirs: Optimize dosage accuracy–Both porous plastic and porous fiber materials are engineered for dosage accuracy and structural integrity. Deliver consistent drug dose release- Optimized for loading and absorption of the drug into the porous material for statistical consistency of drug dose release, as well as for air flow and chemical resistance. Accommodate varied device requirements through customized part geometries.

Balance performance and protection for optimal infusion therapy POREX ® infusion therapy set filters and vents provide the perfect balance of performance and protection for optimal infusion therapy with reduced risk of infection. Critical components of our infusion therapy solutions include: POREX ® spike vents - Complete efficient delivery of the dose solution without impacting the physical stability or introduction of microbes or foreign matter, thereby protecting the medical professional from infection and drug exposure. POREX ® in-line filters - Hydrophilic membrane protects against accidental air intrusion into the infusion line. POREX® primer vent - Hydrophobic membrane with 1.2 micron pore size that allows air to pass through but stops fluid and provides a barrier to contact contamination.

Improve application of wound sealing agents POREX® topical applicator filters and wicks are designed for fluid-based application of sealing agents for wound closure, such as surgical adhesive or drug delivery in dental treatment applications, and can also serve as a filter if the solutions are mixed and expressed from crushed glass ampoules. Designed to provide maximum performance for topical applicators, our filters and wicks: Deliver optimal wicking rates–Design provides optimal wicking rates of the liquid adhesive from the reservoir to the tip surface, which is then used as the applicator. Deliver precise application – POREX topical applicator tips provide specified lay-down of the liquid adhesive to the wound surface. Ensure appropriate press-fit seal and manufacturability–Filter strength and pliability ensures appropriate seal between the filter applicator and the device’s exterior barrel, and also allows for automated assembly processes and sterilization via gamma or...