Functional surfaces - Import export

Versatile The nonslide diamond surface of Solid is available in two variants. AGO-Solid: In standard sheets with dimensions of 2,100 x 500 mm or cut to size. One-sided rubberized. Solid-Topsoft: In rolls max. 400 m x 1,550 mm. Smaller rolls are available on request.

Versatile The nonslide diamond surface of Solid is available in two variants. AGO-Solid: In standard sheets with dimensions of 2,100 x 500 mm or cut to size. One-sided rubberized. Solid-Topsoft: In rolls max. 400 m x 1,550 mm. Smaller rolls are available on request.

Versatile The nonslide diamond surface of Solid is available in two variants. AGO-Solid: In standard sheets with dimensions of 2,100 x 500 mm or cut to size. One-sided rubberized. Solid-Topsoft: In rolls max. 400 m x 1,550 mm. Smaller rolls are available on request.

For the long time- or for lifetime- lubrication of fast running roller and plain bearings as well as linear guides, threaded and ball screw spindles, small gears and similar components, exposed to high pressures and higher temperatures Advantages and benefits Good adhesive and good media resistant Good low-temperature behaviour, stress absorbing ability and smooth run at high speeds Good plastic compatibility The low start and running moment, especially at low temperatures, enables a high efficiency The good wear protection increases the life time of the part and makes sure a reliable functionFor best results clean the lubrication point with OKS 2610/OKS 2611 Universal Cleaner. Remove the corrosion protection media before initial filling. Fill the bearings in a way that all the functional surfaces are lubricated sufficiently. Slow moving bearings (DN-value < 50,000) should be filled completely. Fast running bearings (DN-value >400,000) should be filled

Lubrication of roller and plain bearings as well as of threaded spindles, gearwheels, worms and similar components Lubrication of spindle bearings in machine tools Advantages and benefits Allows high machine service lives due to low-wear operation and low lubrication frequencies Outstanding resistance in a wide temperature range, at high stresses and surface slide speeds as well as at vibrations Resistant to cold and hot water Excellent wear protection For highest effectiveness carefully clean the lubrication point, for example with OKS 2610/OKS 2611 universal cleaner. Before filling a bearing for first time, remove anti-corrosion agent. Fill the bearing such that all functional surfaces are certain of being greased. Fill normal bearings up to about 1/3 of the free space inside the bearing, high-speed bearings (DN value above 400,000) up to about 1/4. Low-speed bearings (DN value below 50,000) and their housings should be filled completely.

Grease lubrication of unsheltered parts subject to heavy loading and/or impacts, such as friction, rolling and pivoting bearings, splined shafts, knockout spindles, threaded spindles and sliding surfaces of all kinds For harsh operating conditions Advantages and benefits Excellently suited as a safety lubricating grease in mixed friction sector with especially good wear protection Effectively protects against corrosion Contains Mox-active to improve performance For best results clean the lubricating point carefully. Clean with solvents like OKS 2610/OKS 2611 Universal Cleaner. Remove the corrosion protection ahead of the initial filling. Fill the bearings in a way that all the functional surfaces for sure get the grease. Slow moving bearings(DN-value < 50,000) should be filled completely, normal moving bearings should be filled to 1/3 of the free inner housing space. Observe the instructions of the bearing or machine manufacturer. Relubrication with a grease gun on to the grease

Lubrication of friction, rolling and pivoting bearings, splined shafts, knockout spindles and sliding surfaces of all kinds under heavy loads and a broad temperature range, as well as all sliding speeds permissible for grease lubrication Advantages and benefits Modern grease with a wide range of applications Supports sealing of bearings Good corrosion protection Resistant to ageing and oxidation Good resistance to pressure and water Available in the 120 cm³ ChronoLube cartridge For optimum effect, carefully clean the lubricating point, for example with OKS 2610/OKS 2611 universal cleaner. Before filling for first time, remove anti-corrosion agent. Fill the bearing such that all functional surfaces are certain of being greased. Fill normal bearings up to about 1/3 of the free space inside the bearing. Low-speed bearings (DN value < 50,000) and their housings should be filled completely. The bearing and machine manufacturer's instructions should be observed. Subsequent lubrication

Lubrication of parts subject to high levels of stress such as plain, roller and rod-end bearings, spindles and guideways Advantages and benefits Highly suitable for high-stressed lubrication points Highly effective caused by optimal combination of components Saving of maintenance and lubrication costs by reducing downtimes and corrective maintenance Reduction of down times due to wearFor highest effectiveness, carefully clean the lubrication point, for example with OKS 2610 or OKS 2611 universal cleaner. Before filling for first time, remove anticorrosion agent. Fill bearing such that all functional surfaces are certain of being greased. Fill normal bearings up to about 1/3 of the free space inside the bearing. Low-speed bearings (DN value below 50 000) and their housings should be filled completely. The bearing and machine manufacturer´s instructions should be observed. Subsequent lubrication at the lubrication nipples by grease gun or by automatic lubrication system.

Long-term lubrication of dirt-sensitive sliding points under vibration stresses Particularly suitable for lubricating chucks on tool machines Broad range of uses at stress-loaded parts, also at contact with cooling lubricants Lubrication of control and drive mechanisms Can be used at filling, labelling and packaging machines Advantages and benefits Resistant to water, steam and aqueous cooling lubricants Prevents frictional corrosion reliably Highly effective due to optimum solid lubricant combination Minimal consumption due to formation of highly effective lubricating films For optimum adhesion, clean contamination and other lubricants from thread and slide surfaces. Best way is to clean mechanically first and then with OKS 2610/OKS 2611 universal cleaner. Apply sufficient paste evenly to the functional surfaces with a brush, spatula, etc. The paste will also act as a sealant. Do not use paste instead of grease and mix only with suitable lubricants.

WIWOX PeenPearl® are the new mineral abrasives with the perfect spherical shape. It consists of aluminum oxide (Al₂O₃) in combination with a high content of titanium dioxide (TiO₂). Its texture is exceptionally dense and resistant to breakage. Other mineral blasting material, such as glass-beads are indirection lifetime exceeded many times over. According low is the dust in a blasting room as well as the volume of waste for disposal. WIWOX PeenPearl® produces extremely smooth, shiny surfaces, ideal for the visual appearance of high-quality components. By the uniform compaction can functional Surfaces to be improved in their properties (Shot-Peening effect). The contained iron oxide (TiO₂) is completely crystalline bound. Ferrite residues on Surfaces are therefore excluded. For the processing of stainless steels and nonferrous metals opened WIWOX PeenPearl® blasting abrasives new perspectives.

• Common alarm annunciator for 6 signals • Optionally for up to 8 signals • Closed circuit operation • Optionally with open circuit operation • With LED for each fault signal • Inputs up to AC/DC 300 V • With relay output for common signal • Pushbutton for fault signal acknowledgement and function test • Front surface 96 x 96 mm

Lubrication of rolling and friction bearings subjected to high temperatures, corrosive environmental influences Lubrication of bearing points at furnace, cooling-bed and conveyor systems, motors and hot-air fans that are subjected to temperature stress Suitable for lubricating exhaust-gas fans Advantages and benefits Reduces wear and friction Good corrosion protection Excellent temperature resistance When operating temperature is exceeded, forms only minimal residues Good plastic and elastomer compatibility Good resistance against water influence and aggressive environmental influences For optimum effect, carefully clean the lubricating point, for example with OKS 2610/OKS 2611 universal cleaner. Before filling for first time, remove anti-corrosion agent. Fill the bearing such that all functional surfaces are certain of being greased. Fill normal bearings up to about 1/3 of the free space inside the bearing. Low-speed bearings (DN value < 50,000)

Lubrication of friction, rolling and pivoting bearings, splined shafts, knockout spindles and sliding surfaces of all kinds under normal loads and all sliding speeds common for grease lubrication Supports sealing of bearings and corrosion protection Advantages and benefits Highly effective due to optimum combination of components Good resistance to pressure and water Fewer downtimes and repairs as a result of reduced wearing Resistant to ageing and oxidationFor highest effectiveness, carefully clean the lubrication point, for example with OKS 2610/OKS 2611 universal cleaner. Before filling for first time, remove anti-corrosion agent. Fill the bearing such that all functional surfaces are certain of being greased. Fill normal bearings up to about 1/3 of the free space inside the bearing. Low-speed bearings (DN value < 50,000) and their housings should be filled completely. The bearing and machine manufacturer's instructions should be observed.

Grease lubrication of friction and rolling bearings at low operating temperatures Grease lubrication of friction and rolling bearings at high speeds Grease lubrication of bearings with low coasting moments or low bearing play Advantages and benefits NSF H1 registered Low-viscosity, fully synthetic base oil ensures the functionality of the lubricating film up to -70°C Very good conveying capability in central lubricating systems also at low temperatures Clean the surfaces for optimal effect. Before filling for first time, remove anti-corrosion agent. Fill the bearing such that all functional surfaces are certain of being greased. Fill normal bearings up to about 1/3 of the free space inside the bearing

Lubrication of normal-load friction, rolling and pivoting bearings Lubrication of spindles and guides at machines Lubrication of moving parts at fine-mechanical devices as well as household appliances Advantages and benefits Lubrication when dark-coloured lubricants cannot be used Saving of maintenance and lubricant costs by reducing downtimes and corrective maintenance Waterproof Clean the lubricating points well for optimal effect. Before filling for first time, remove anti-corrosion agent. Fill the bearing such that all functional surfaces are certain of being greased. Fill normal bearings up to about 1/3 of the free space inside the bearing. Low-speed bearings (DN value below 50,000) and their housings should be filled completely. In as far as available, the bearing and machine manufacturer's instructions should be observed.

Grease lubrication of plain and rolling bearings at high temperatures, e.g. in painting and drying ovens, converters, pouring ladles, heating systems, hot-air fans, charging cranes, vulcanising systems and electric motors Advantages and benefits Excellently suited for long-term lubrication of grease lubricating points subject to high-temperature loading Highly effective due to optimum solid lubricant formula Broad range of uses above normal grease performance areas Reduced maintenance and lubricant costs due to possible safety lubrication Drip-free hot bearing grease for long-term and safety lubrication in a broad temperature range For best results clean the lubricating point carefully. Clean with solvents like OKS 2610/OKS 2611 Universal Cleaner. Remove the corrosion protection ahead of the initial filling. Fill the bearings in a way that all the functional surfaces for sure get the grease.

Rapid and efficient removal of small molecules from nucleic acids Gel filtration media are used for the analysis of molecular size, separations of components in the mixture, salt removal or buffer exchange for a preparation of macromolecules. Porex provides media support that holds the functionalized stationary phase in place, ensuring repeatable column performance. POREX™ gel filtration media: Inert and functionalized porous membrane delivers quick and efficient desalting, buffer exchange and removal of low molecular weight compounds. Provide enhanced functionality through surface modification or sorbent additions such as CPG, carbon, C8 or C18. Are design optimized for purification and desalting of oligonucleotides, proteins, small molecules from nucleic acids etc. Tested by independent laboratories - Certified Pure POREX™ materials ensure performance, accuracy and reproducibility. Features Certified Pure Porex™ Materials Filter Media Purity – no material additives or...

Protect samples with affinity filters and supports POREX ® affinity filters and supports are an innovative range of advanced porous materials that enhance functionality through surface modification or sorbent addition. Designed to capture, clean-up, desalt and purify peptides, proteins and oligonucleotides. POREX affinity filters and supports help optimize flow and retention variables and can be used in pipette tips, multi-well plates, spin down and gravity flow centrifuge columns. Our Porex materials: Aid in the optimization of flow and the retention variables through surface modification and sorbent addition/blending. Help facilitate high resolution with high flow velocity. Have multiple configuration designs for applications such as pipette tips, 48- and 96- well plates, spin columns and gravity flow columns. Offer versatile options including discs, sheets with Controlled Pore Glass (CPG), reverse phase (C8, C18, other), anionic, cationic, all in a homogenous porous...

Trotec presents T260 Infrared-Thermohygrometer. It has been designed and made as per the highest German quality standards. It has a high readability display. The DP mode provides simultaneous display of the dew point and surface temperature. Once the wall temperature is approaching or is lower than the dew point temperature, the user is warned by the T260 through an alarm tone and an optical laser signal. This alert function facilitates quick investigation of surface and detection of weak spots. The user can individually configure these alert states. Using a USB cable, T260 thermohygrometer can be connected to a PC. It provides MultiMeasure Studio Software, which is freely available in the downloads segment of uk.trotec.com. The software enables real-time transfer of T260's measured values both online and to the PC. Thus the values can be stored for analysis or reporting at a later stage. It has a continuous glass surface, which can be cleaned with ease.

SIGNICOLOR is a pre-coated aluminum sheet that combines aesthetics and functionality. The high-quality surface of SIGNICOLOR is ideal for screen and digital printing, laminating and lacquering for aluminum signs. Due to its smooth, high-gloss finish, no further treatment is needed after delivery. This sheet is ideal for a broad range of applications, including advertising signs, pylons, informational signs, logos and stairway advertising. Used for aluminum signs both indoor and outdoor, SIGNICOLOR undergoes strict quality controls. It’s easy to handle, cost-effective, stable and durable.

The DCT 531P was designed for use in the food / beverage and pharmaceutical industry. The compact design with hygienic versions guarantees an outstanding performance in terms of accuracy, thermal behaviour and long term stability. The integrated RS485 interface is characterized by a robust and reliable data transmission that works failure-free even over long distances. Additionally, the modular construction concept of the device allows to combine different electrical and mechanical connections. Features: — nominal pressure: 0 ... 100 mbar up to 0 ... 400 bar — accuracy: 0.25% FSO — output signal: RS485 with Modbus RTU protocol — CIP / SIP cleaning up to 150 °C — diaphragm with low surface roughness — reset function — ingress protection IP 67 / IP 69 Optional Features: — different process connections — cooling element for media temperatures up to 300 °C

Identical in design and function to the traditional 7012 device, this unit is made of stainless steel for applications requiring rust free installation. Torque capacity is somewhat reduced due to the nature of stainless steel. Slimmest design - especially suitable for applications where space is limited. The Locking Assembly RfN 7012 stainless compensates small tolerance deviations and compensates small mounting errors. Large transmittable forces and moments – several Locking Assemblies RfN 7012 stainless can be placed one behind the other. The transmissible torque and axial forces are added - please take in this respect consulting with our technical experts. Easy installation – in comparison to crosspress fits temperature treatments and fitting are eliminated. Locking Assemblies RfN 7012 stainless steel can cover a big fitting clearance. Low risk to contamination – during the tightening process the functional surfaces of the device and connection are pressed together generating...

We offer our customers an "all-in-one" service at the highest level: from profiles to assembly, right up to integrated system solutions. SCHOCK has extensive expertise in the assembly and manufacturing of complex assemblies. As a result, our customers can source a fully assembled assembly from SCHOCK instead of multiple individual components. They benefit from our manufacturing facilities with experienced teams in assembly, surface finishing, quality assurance, and logistics. Service Overview: Assembly of complex assemblies Joining, welding, connecting Punching, embossing, and bending technology Surface finishing Integrated functional testing Procurement of purchased parts Packaging and logistics

The main function of a locking assembly is the safe connection of a shaft to a hub by means of friction. For example, between a shaft and a gear hub. The locking assembly creates a play-free connection by expanding between the shaft and the hub. This type of connection is used mainly for transmitting torque. It is installed by inserting the locking assembly between the components and the subsequent tightening of the screws. By using conical surfaces, the outer diameter increases and the inner diameter reduces. Radial pressure is built up. The clamping forces are provided and controlled by the screws (force-controlled). This allows the direct compensation of the clearance between shaft and hub. The supplied locking devices are ready for installation. To achieve proper operation with a sufficiently high coefficient of friction, the contact surfaces between shaft and hub must be clean and slightly oiled. Machine oil must be used as a lubricant. The functional surfaces of the locking...

The main function of a locking assembly is the safe connection of a shaft to a hub by means of friction. For example, between a shaft and a gear hub. The locking assembly creates a play-free connection by expanding between the shaft and the hub. This type of connection is used mainly for transmitting torque. It is installed by inserting the locking assembly between the components and the subsequent tightening of the screws. By using conical surfaces, the outer diameter increases and the inner diameter reduces. Radial pressure is built up. The clamping forces are provided and controlled by the screws (force-controlled). This allows the direct compensation of the clearance between shaft and hub. The supplied locking devices are ready for installation. To achieve proper operation with a sufficiently high coefficient of friction, the contact surfaces between shaft and hub must be clean and slightly oiled. Machine oil must be used as a lubricant. The functional surfaces of the locking...

The main function of a locking assembly is the safe connection of a shaft to a hub by means of friction. For example, between a shaft and a gear hub. The locking assembly creates a play-free connection by expanding between the shaft and the hub. This type of connection is used mainly for transmitting torque. It is installed by inserting the locking assembly between the components and the subsequent tightening of the screws. By using conical surfaces, the outer diameter increases and the inner diameter reduces. Radial pressure is built up. The clamping forces are provided and controlled by the screws (force-controlled). This allows the direct compensation of the clearance between shaft and hub. The supplied locking devices are ready for installation. To achieve proper operation with a sufficiently high coefficient of friction, the contact surfaces between shaft and hub must be clean and slightly oiled. Machine oil must be used as a lubricant. The functional surfaces of the locking...

The main function of a locking assembly is the safe connection of a shaft to a hub by means of friction. For example, between a shaft and a gear hub. The locking assembly creates a play-free connection by expanding between the shaft and the hub. This type of connection is used mainly for transmitting torque. It is installed by inserting the locking assembly between the components and the subsequent tightening of the screws. By using conical surfaces, the outer diameter increases and the inner diameter reduces. Radial pressure is built up. The clamping forces are provided and controlled by the screws (force-controlled). This allows the direct compensation of the clearance between shaft and hub. The supplied locking devices are ready for installation. To achieve proper operation with a sufficiently high coefficient of friction, the contact surfaces between shaft and hub must be clean and slightly oiled. Machine oil must be used as a lubricant. The functional surfaces of the locking...

The main function of a locking assembly is the safe connection of a shaft to a hub by means of friction. For example, between a shaft and a gear hub. The locking assembly creates a play-free connection by expanding between the shaft and the hub. This type of connection is used mainly for transmitting torque. It is installed by inserting the locking assembly between the components and the subsequent tightening of the screws. By using conical surfaces, the outer diameter increases and the inner diameter reduces. Radial pressure is built up. The clamping forces are provided and controlled by the screws (force-controlled). This allows the direct compensation of the clearance between shaft and hub. The supplied locking devices are ready for installation. To achieve proper operation with a sufficiently high coefficient of friction, the contact surfaces between shaft and hub must be clean and slightly oiled. Machine oil must be used as a lubricant. The functional surfaces of the locking...

The main function of a locking assembly is the safe connection of a shaft to a hub by means of friction. For example, between a shaft and a gear hub. The locking assembly creates a play-free connection by expanding between the shaft and the hub. This type of connection is used mainly for transmitting torque. It is installed by inserting the locking assembly between the components and the subsequent tightening of the screws. By using conical surfaces, the outer diameter increases and the inner diameter reduces. Radial pressure is built up. The clamping forces are provided and controlled by the screws (force-controlled). This allows the direct compensation of the clearance between shaft and hub. The supplied locking devices are ready for installation. To achieve proper operation with a sufficiently high coefficient of friction, the contact surfaces between shaft and hub must be clean and slightly oiled. Machine oil must be used as a lubricant. The functional surfaces of the locking...