Plastic system - Import export

Plastic suspended ceiling systems are resistant to water, humidity and other outside effects and can also effeceable, dye able and washable when it's needed.

Other information IF -Design Award for Triflex®-Design Torsional movements possible Other information Installation instructions Joining, separating and filling of the Triflex®. Assembly Instructions Application examples Applications in various industrial sectors and in the igus® test laboratory. Triflex® 332.16 Inner height hi: 16 mm Inner width Bi: 16 mm Bending radii R: 38 - 100 mm Pitch: 13.3 mm E-Chain®. 332.32 Inner height hi: 32 mm Inner width Bi: 32 mm Bending radii R: 75 - 250 mm Pitch: 25 mm E-Chain®. 332.50 Inner height hi: 50 mm Inner width Bi: 50 mm Bending radii R: 100 - 250 mm Pitch: 30 mm E-Chain®. 332.75 Inner height hi: 75 mm Inner width Bi: 75 mm Bending radii R: 140 - 300 mm Pitch: 36 mm E-Chain®. 352.50 Inner height hi: 50 mm Inner width Bi: 50 mm Bending radii R: 10 - 250 mm Pitch: 30 mm E-Chain®, snap-open 333.16 Inner height hi: 16 mm Inner width Bi: 16 mm Bending radii R: 38 - 100 mm Pitch: 13.3 mm E-Chain®. 333.32 Inner height hi: 32 mm Inner width Bi: 32 mm Bending radii R: 75 - 250 mm Pitch: 25 mm E-Chain®. 333.50 Inner height hi: 50 mm Inner width Bi: 50 mm Bending radii R: 100 - 250 mm Pitch: 30 mm E-Chain®. 333.75 Inner height hi: 75 mm Inner width Bi: 75 mm Bending radii R: 140 - 300 mm Pitch: 36 mm E-Chain®. 353.50 Inner height hi: 50 mm Inner width Bi: 50 mm Bending radii R: 10 - 250 mm Pitch: 30 mm E-Chain®, snap-open This modular, rugged joint system is suitable for: Three-axis movements for machines of any type For dirt-filled environments High tensile strength Where rectangular shapes are requested Completely closed - reliable protection against dirt and chips Combination of different bending radii and axes Connection and separation possible at any chain Flanged mounting brackets or brackets, galvanized steel Snap-open Series 352 and 353 Combination of Series 353/333 possible Typical industrial sectors and applications Machine tools Robotics Material handling system Plastics industry Construction machinery Vehicle manufacturing Medical equipment IF -Design Award for Triflex®-Design Torsional movements possible

Other information iF-Design Award for easy triflex® Design UL94-V2 classification Torsional movements possible Other information Installation instructions Join, separate and fill the easy triflex®. Assembly Instructions Application examples Applications in various industrial sectors and in the igus® test laboratory. Triflex® E332.25 Inner height hi: 25 mm Inner width Bi: 25 mm Bending radii R: 48 - 200 mm Pitch: 14.5 mm e-chain® E332.32 Inner height hi: 32 mm Inner width Bi: 32 mm Bending radii R: 75 - 250 mm Pitch: 25 mm e-chain® E332.50 Inner height hi: 50 mm Inner width Bi: 50 mm Bending radii R: 100 - 250 mm Pitch: 30 mm e-chain®. E332.75 Inner height hi: 75 mm Inner width Bi: 75 mm Bending radii R: 140 - 300 mm Pitch: 36 mm e-chain® E333.25 Inner height hi: 25 mm Inner width Bi: 25 mm Bending radii R: 48 - 200 mm Pitch: 14.5 mm e-chain® E333.32 Inner height hi: 32 mm Inner width Bi: 32 mm Bending radii R: 75 - 250 mm Pitch: 25 mm e-chain® E333.50 Inner height hi: 50 mm Inner width Bi: 50 mm Bending radii R: 100 - 250 mm Pitch: 30 mm e-chain®. E333.75 Inner height hi: 75 mm Inner width Bi: 75 mm Bending radii R: 140 - 300 mm Pitch: 36 mm e-chain® This modular joint system is especially suited for: Three-axis movements of machines For simple robotic applications Quick installation of cables with "easy" system Simple filling from both sides Where rectangular shapes are required Combination of different bending radii and moving directions Shortening or lengthening possible at "any point" KMA mounting brackets with integrated strain relief Typical industrial sectors and applications Machine tools Robotics Handling equipment Material handling system Plastics industry Construction machinery Vehicle manufacturing General mechanical engineering Medical Equipment Office furniture iF-Design Award for easy triflex® Design UL94-V2 classification Torsional movements possible

iglidur® PEP, metric d1 [mm]: d2 [mm]: iglidur® PEP, inch d1 [inch]: d2 [inch]: When to use iglidur® PEP plain bearings? When a low-priced plastic plain bearing system is required When freedom is required from shaft material and shaft surface For the protection of expensive and sensitive shafts For extraordinary wear resistance with rare and slow movements. For constantly low coefficients of friction When freedom from corrosion is desired When not to use them? For high surface speeds iglidur® J For high loads iglidur® G iglidur® Q For high temperatures iglidur® V400 iglidur® X iglidur® Z When low-clearance bearings are required iglidur® P iglidur® X Maintenance-free plain bearings usually distinguish themselves by their ability to glide free of lubricants without any further additional layer on the shaft. In these systems it is obvious that shaft materials are as important as the bushings. igus® blazes a new trail with an enclosed and maintenance-free plain bearing concept. iglidur® PEP is an entirely novel lubricant-free plastic plain bearing system with an inner and outer ring. Special feature: The running partner is determined by the inner ring and for the first time, the material and surface finish of the shaft are insignificant. Even thread, rust or scratches do not affect the long-term reliable function. By the specification of the gliding partner and extensive series of tests, the long-term behavior of the bearing system can be precisely forecast. With the PEP polymer plain bearing, the inner ring rotates with the shaft like in ball bearings Relative movements of the shaft to the bearing are dispensed with. This protects the shaft surface from wear and saves costs. Another plus point: Even the most sensitive or unusual materials for the rotating shaft can be used with these new polymer bearings. The PEP polymer bearings are thereby absolutely free from material-dependent corrosion. Wear resistance The wear test results are absolutely convincing with loads up to 5 N/mm². Here the PEP polymer bearings attain values that are virtually comparable with those of the most wear-resistant plastic-steel bearing systems. An exceedingly satisfying result when you consider the costs saved by dispensing with the otherwise essential surface treatment of the shaft. The constantly low friction-coefficient level is also an advantage for the user. As the glide partners are fixed by the defined system, their tribological data too are accurately predictable. The coefficients of friction of the lubricant-free bearing are not determined any more by the shaft materials or surface conditions. If necessary, the coefficients of friction can be further lowered by additional minimum lubrication. Detailed test information with a wide range of lubricants are available and can be had from igus® on request. iglidur® PEP bearings operate independent of the shaft material. iglidur® PEP bearings consists of an inner and outer bearing. X = Load [MPa] Y = Wear [μm/km] A = PEP B = Combination 1 C = Comb. 2 D = Comb. 3 E = Comb. 4 F = Comb. 5 G = Comb. 6 H = Comb. 7 A1 = Wear of the outer bearing B2 = Wear of the inner bearing Fig. 02: Wear tests of various material combinations, p = 0.75 MPa, v = 0.3 m/s X = Load [MPa] Y = Wear [μm/km] A = iglidur® J B = iglidur® PEP Fig. 03: Wear of the iglidur® PEP bearing dependent on the load, v = 0.3 m/s iglidur® PEP, metric d1 [mm]: d2 [mm]: iglidur® PEP, inch d1 [inch]: d2 [inch]: Dimensions according to ISO 3547-1 and special dimensions

DryLin® T linear guide systems were specially developed for applications in automation and handling systems. The design objective was a rugged linear guide for application in the most diverse - and also extreme - environments. They have the same dimensions as most recirculating ball bearing guides. Technical data Gliding elements: Maintenance-free Material: iglidur® J * Max. surface speed: 15 m/s Operating temperature: -40°C to +90°C *Other materials on request 1 Profile rail and base body of the carriage made of aluminum. The rail is hard-anodized, the aluminum base body of the carriage is clear anodized. 2 Six gliding elements made of iglidur® J serve as guide bearings, which are positioned opposite to each other in pairs and make up 3 guide bearings. 3 Alternatively, bearing clearance is continuously adjustable 4 All steel parts are stainless steel 5 The lid is made of solid plastic or stainless steel DryLin® T - Technical data DryLin® T - Clearance adjustment DryLin® TWBM hand clamp DryLin® T - Design rules DryLin® T - Automatic clearance adjustment DryLin® linear guide systems in the cleanroom DryLin® T - Applications DryLin® T - System design DryLin® T - Installation videos System selection & service life calculation DryLin® T - Adjustable clearance The DryLin® T standard version is supplied preset and can be put into operation at once. The user can also manually adjust or fine-tune the clearance of the linear guide. The individual adjustment for your application, as well as the potential to respond to uneven screw surfaces through specific clearance allowance. DryLin® T - Adjustable clearance DryLin® T - Automatic DryLin® T carriages of the automatic version have a mechanism that automatically adjusts the bearing clearance after removal of the preload key. In case a bearing clearance of more than 0.13 mm has to be adjusted during operation, the bearing clearance automatically resets itself when the carriage is completely unloaded. DryLin® T - Automatic DryLin® TW-HKA manual clamp The manual clamp has been developed for simple tasks. The creep behavior of the clamped plastic causes a slackening in clamping force over time (up to 70%). Therefore safety-related parts should not be clamped. Please approach our applications consultant if you require other options for the clamping. DryLin® T - Manual clamping Drylin® T - Heavy Duty This series is used for the most extreme conditions such as dirt, adhesive residues, chips, mud, etc. The plastic gliding elements made of iglidur® J are fixed in the lid and are therefore non-detachable. This system is compatible with many standard commercial recirculating ball bearing systems and is available in the following sizes: TW-01-20, TW-01-25 and TW-01-30. DryLin® T Heavy Duty DryLin® T - Low-profile guide The clearance is not adjustable for the DryLin® T low profile guide rails. The gliding elements are mounted with positive fit in the chromated zinc carriage. This simple and effective design enables guides that are rugged and low-priced at the same time. DryLin® T - Low-profile guide DryLin® T - Compact linear guide This compact linear guide is suitable for rugged use (without clearance adjustment). This system has a slim design and the same dimensions as conventional recirculating ball bearing systems. The plastic gliding elements made of iglidur® J are fixed in the lid and are therefore undetachable. Suitable for DryLin® T guide rail of installation size 20. DryLin® T - Compact linear guide DryLin® TWBM - Manual clamping with high holding force This manual clamping is designed for a long-lasting high holding force of up to 500 N per clamping element. DryLin® TWBM hand clamp DryLin® T clamping elements for rail guide DryLin® T clamping elements for fast positioning by hand or with pneumatics. DryLin® T clamping element DryLin® T linear guide systems were specially developed for applications in automation and handling systems. The design objective was a rugged linear guide for application in the most diverse - and also extreme - environments. They have the same dimensions as most recirculating ball bearing guides. Technical data Gliding elements: Maintenance-free Material: iglidur® J * Max. surface speed: 15 m/s Operating temperature: -40°C to +90°C *Other materials on request 1 Profile rail and base body of the carriage made of aluminum. The rail is hard-anodized, the aluminum base body of the carriage is clear anodized. 2 Six gliding elements made of iglidur® J serve as guide bearings, which are positioned opposite to each other in pairs and make up 3 guide bearings. 3 Alternatively, bearing clearance is continuously adjustable 4 All steel parts are stainless steel 5 The lid is made of solid plastic or stainless steel Advantages: 100 % lubricant-free Adjustable bearing clearance Automatic clearance adjustment High static load capacity Service life up to 50,000 km without lubrication High dirt resistance Low vibration and low noise When not to use ? When you want to save installation space drylin® N drylin® W When you need a pure stainless steel solution drylin® W drylin® R When you want to construct as economical as possible drylin® N drylin® W

Regardless of whether they are used for hanging or stand-up displays, plastic frames from Meto are the right choice for your product offerings throughout the store. These systems are distinguished by their ease of use and tremendous visual impact. An optional transparent cover protects the poster against dirt and moisture. Switching product offerings is a piece of cake.

Various product ranges to assemble and fasten easily panels

Gauges and inspection systems from Micro-Epsilon are used in the plastics processing industry in order to ensure efficient production.

Stainless steel system for cleanroom production with 400 W laser system Positioning the laser head using a 3-axis servo system Stainless steel lifting door with inspection window

The systems of the FTS familiy offer thickness measurements with extreme stability and accuracy. Applying them in extrusion lines provides reliable measurement results in high precision and thus creates the basis for controlling the production process and eventually the quality achieved.

For the production of reeled resistors or sheet goods on roller head installations the thickness measurement is an essential factor for controlling and monitoring the production process. Applying systems of the RTP series, the profile thickness can be measured in various accuracy classes, thickness ranges and material widths.

The RTP 8302.T is based on the laser triangulation sensors and therefore ensures the measurement being independently from material constants. In order to ensure highest precision, the laser beams of the sensors are accurately adjusted during the production process using optoelectronic tools which have been specially developed. The system is ideal for monitoring high-dynamically processes due to its high measuring rate. The C-frame mechanics of the system disposes of an automated in-situ calibration in order to avoid interferences caused by temperature.

The system RTP 8301.EO operates according to a combination principle consisting of a thru-beam sensor, an eddy current sensor and a measuring roller. The eddy current sensor and the thru-beam sensor are applied on an innovative measuring clamp. Since the sensor measures the distance from the clamp to the roller, the lower side of the material is detected. As the sensor performance is specially aligned with the measuring task a huge measuring gap is possible while offering highest precision. The thru-beam sensor detects the upper side of the material. The thickness of the target is the difference between the two signals. The measuring clamp is equipped with a pneumatically cleaning mechanism and therefore ideal for the application in harsh environment. The profilometer corresponds to the TIP 8301 regarding its functionality. However, it has a different operators´ frontend and evaluation functions.

For the production of reeled resistors or sheet goods in calenders the thickness measurement is a vital factor for controlling and monitoring the production process. By applying systems of the RTP series, the profile thickness can be measured in various accuracy classes, thickness ranges and material widths.

The idiamCONTROL sensor system precisely measures the inner diameter of bore holes such as in extruders in order to determine the wear. The idiamCONTROL is guided into the bore hole and determines the bore hole diameter while being pulled out. Wear-based tolerance violations are automatically displayed and can be output via USB.

The BTS 8101.EO O-frame is based on the combisensor principle. The system is equipped with a non-contact capacitive sensors and a Thrubeam sensor which are integrated in a traversing frame. The eddy current sensor measures the reference distance to the measurement roll‘s metal surface. The distance from the film surface is measured by the Thrubeam sensor. Together with the reference signal the film thickness is calculated. This combisensor principle allows extreme precise measurements.

The FTS 8101.EC O-frame is based on the combisensor principle equipped with non-contact capacitive sensors. The distance between sensor and film is measured with the capacitive sensor. The eddy-current sensors ensures the thickness signal by a reference measurement to a second target. The system can be integrated in the flat layer section.

The systems of the FTS familiy series offer thickness measurements with extreme stability and accuracy. Applying them in thermoformed flat film lines provides reliable measurement results in high precision and thus creates the basis for controlling the production process and eventually the quality achieved.

The systems of the FTS familiy series offer thickness measurements with extreme stability and accuracy. Applying them in extrusion lines provides reliable measurement results in high precision and thus creates the basis for controlling the production process and eventually the quality achieved.

The RTP 8301.CT is based on laser triangulation sensors and therefore ensures the measurement being independently from material constants. The system is designed as O-frame, both sensors detect the thickness according to the differential method. In order to ensure highest precision, the laser beams of the sensors are accurately adjusted during the production process using optoelectronic tools which have been specially developed. The system is ideal for monitoring high-dynamically processes due to its high measuring rate. The O-frame mechanics of the system dispose of a compensation frame which does not vary with temperature and which is used in order to avoid temperature fluctuations of the measuring frame using further sensors. The profilometer corresponds to the TIP 8301.CT regarding its functionality. However, it has a different operators´ frontend and evaluation functions.

Description: The double diaphragm pump is suitable for pumping small quantities in the laboratory sector and for occasional filling processes. * typical applications: Chemical circulation and feed, liquids with solid particles such as paints and lacquers, electroplating liquids, etc. * integrated muffler up to model size AODD 1" * highly resistant TFM (PTFE) diaphragms (modified PTFE) Features & Benefits * high hydraulic performance * maintenance-optimised design and simple installation * self-priming (even when dry) * reinforced elastomers and thermoplastic diaphragms * absolutely oil-free * non-stalling operation

Description:The double diaphragm pump is suitable for pumping small quantities in the laboratory sector and for occasional filling processes. * typical applications: Chemical circulation and feed, liquids with solid particles such as paints and lacquers, electroplating liquids, etc. * integrated muffler up to model size AODD 1" * highly resistant TFM (PTFE) diaphragms (modified PTFE) Features & Benefits * high hydraulic performance * maintenance-optimised design and simple installation * self-priming (even when dry) * reinforced elastomers and thermoplastic diaphragms * absolutely oil-free * non-stalling operation

2.0 ERGO 230 is a compact, touchless cleanroom cleaning trolley of the second generation with plastic buckets. The special design allows the discarding of used mops at the back and therefore ensures a higher safety against cross-contamination. The unique ERGO mop wetting unit guarantees reproducible, disinfectant-saving liquid dosing in just one step and can be adapted to different fluid requirements thanks to various mop plates. The new mop discarding mechanism ensures a touchless and safe discarding of used mops. The standard PurMop® accessories include a mop handle holder on the side and a rear waste bag holder for PurMop® waste bags. 2.0 ERGO 230 has two additional plastic buckets, which can be used to store cleaning utensils.

In many plastic systems, such as elastic PVC floor coverings, a wide variety of Incorporated inorganic fillers. However, these inorganic additives do not show any significant tendency to be incorporated into the liquid constituents of a plastisol. Without suitable additives, this is practically impossible. Provides for an optimal distribution of the filler NEWOS for the process step of dispersing innovative and market-proven process aids under the name NEWOTEC.

In the plastics industry, the mixing and dosing of liquids and solids finds further areas of application. IFA Technology develops customised special plants for the plastics industry. Particularly in the plastics industry, you benefit from our special know-how in temperature control of complete production plants. Application of plants and systems for the plastics industry: Storage, mixing and dosing of liquids such as liquid plastics with high working temperatures (polyamides such as Caprolactam and Laurolactam), binders and additives

We have already designed and built an array of different spray protection systems for indoor and outdoor use at industrial plants on behalf of our customers. These traditionally consist of a loadbearing system made of weatherresistant GRP profiles and transparent, weatherresistant plastic panels. The spray protection system has already been enhanced with e.g. fastener frames for electric distributors, pipe supports, GRP cable bushing systems, GRP doors and ports and special openings for sample extraction. As the GRP spray protection systems for outdoor use are also exposed to high wind loads, we are happy to provide auditable static analysis from an independent structural engineering firm to confirm their stability.

The patented casting resin system ALWA MOULD D consists of two resin components and an aluminium filler. The fast curing of the material allows to produce your own technologically highest quality moulds in just a few hours. As our material is very good castable, compact moulds of any desired volume can be made from our product, such as acrylic baths, boats, etc. (<1 kg – 2500 kg). In comparison to other materials (e.g., glass fibre reinforced plastic), the system is more temperature-resistant, allows castings without air bubbles and does not have to be post-cured. Furthermore, the finished mould is easy machinable (e.g., drilling, milling, grinding, planning, sawing, turning, etc.). ALWA MOULD D moulds can be modified with repair filler, so that a fresh view can be created at an early stage of a new design process and prototypes can be examined at short notice.