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COMPOSITION AND APPEARANCE Powder coating based on plaster, calcium carbonate, resin, and various additives. The paste obtained is white in color. SUBSTRUCTURES ADMITTED All types of plasterboard with or without insulation with tapered edges and cardboard faces. COATINGS Printing undercoat for gypsum plasterboard. Plaster-based smoothing plaster. TECHNICAL SPECIFICATIONS - Setting time: 8 hours - Adhesion of the tape: > 1000 g - Cracking: no cracks up to 5 mm thick - Reaction to fire: A1 STORAGE 9 months in original unopened packaging protected from humidity. MIXING RATIO 10 to 11 liters of water per 25 kg bag. APPLICATION Before treatment of the joints themselves, the panels must be filled between accidentally non-joined panels and various fillings. The application is done manually by "buttering" the thinned panels with a 10 or 15 cm coating knife and placing the strip. Then carry out a finishing pass, let dry and finish to mask the strip. Also mask the screw heads.

COMPOSITION AND APPEARANCE Powder coating based on plaster, calcium carbonate, resin, and various additives. SUBSTRUCTURES ADMITTED All types of plasterboard with or without insulation (glass wool, rock wool, polystyrene) with tapered edges and cardboard faces. COATINGS Printing undercoat for gypsum plasterboard. Plaster-based smoothing plaster. TECHNICAL SPECIFICATIONS - Setting time: 4 hours - Adhesion of the tape: > 1000 g - Density: 0.9 - Reaction to fire: A1 STORAGE 9 months in original unopened packaging protected from humidity. RATE OF MIXING 10 to 11 liters of water per 25 kg bag. APPLICATION Before treatment of the joints themselves, the panels must be filled between accidentally non-joined panels and various fillings. The application is done manually by "buttering" the thinned panels with a 10 or 15 cm coating knife and placing the strip. Then carry out a finishing pass, let dry and finish to mask the strip. Also mask the screw heads.

Very small, ultra-light, with on-board GPS, data logger, battery pack and color TFT display for very comfortable and easy mercury monitoring in ambient air and other gases.

The Cairsens© SO2 sensor allows specific pollutant measurement comparable to reference methods.

The Cairsens© O2 + NO3 sensor allows specific pollutant measurement comparable to reference methods.

The Cairsens© NO2 sensor allows specific pollutant measurement comparable to reference methods.

The Cairsens© CO sensor allows specific pollutant measurement comparable to reference methods.

The Cairsens© H₂S / CH₄S sensor allows specific pollutant measurement comparable to reference methods.

The Cairsens© NH3 micro-sensor allows specific pollutant measurement comparable to reference methods.

The Cairsens© NH3 micro-sensor allows specific pollutant measurement comparable to reference methods.

MP101M beta gauge monitor with its optional optical particulate monitor.

The Cairsens© sensor allows specific pollutant measurement comparable to reference methods.

The tension meter is used to perform a pretension test on commercially available belt systems quickly and easily by means of frequency measurement. Fully electronic and equipped with stateoftheart microprocessor technology, the meter enables precise adjustment of all V, toothed and flat belts that have to be tensioned in the range from 10 to 600 Hz. The measurement must never be performed while the drive is running The meter is not permitted or certified for use in potentially explosive areas.

Belt back and belt teeth CR. Tension cords Glascord. Tooth covering mesh polyamide. Note Endless toothed belts with an arched profile as per ISO 13050 with metric pitch. The rounded shape of the tooth contour provides a particularly high degree of safety against incorrect tooth interlocking, combined with a very rounded tooth mesh. Operating noise is significantly reduced by the rounded tooth mesh. The toothed belts are robust, economical and versatile. Belt speed vmax perm. 50 m/s Transmissible power up to 8.42 kW Permissible speed up to 14000 rpm Lownoise and lowmaintenance Very good chemical resistance, particularly against oils, greases and fuels Accurate positioning and angles

Endless toothed belt with trapezoidal profile to DIN 7721 T1 with metric pitch. Ideal for drives with high belt flexibility. Permits smallest pulley diameters. The toothed belts are intended for drives where precision is a requirement, safety is important and the effects of chemicals are a concern. maintenancefree highpower transmission minimal belt extension accurate positioning and angles very good chemical resistance, especially to oils, greases and fuels extremely high abrasion resistance transmits power up to 30 kW reliable speed up to 10,000 rpm

Standard ATprofile with metric pitch (trapezoidal toothing). For manufacturing your own toothed wheels

Standard HTD profile with metric pitch (rounded toothing). At least one toothed belt pulley must have a rim flange. Conical hole for taper clamping bushes. The taper clamping bushes must be ordered separately and are available for various shaft diameters. Pulleys with a taper hole are statically balanced as per ISO 1940 grade G16.

Aluminium. Rim flanges, steel. Version Aluminium bright. Steel electro zincplated. Note Standard T profile acc. to DIN 7721 T2 with metric pitch (trapezoidal toothing). At least one belt pulley must have a rim flange. The toothed belt pulleys have a centre bore or a pilot hole (this can vary due to manufacturing methods). For this reason, the dimension D2 max. given in the table is the maximum diameter of the bore with which the toothed belt pulleys are supplied. This pilot/centre bore can be amended by the customer to produce a reamed bore, reamed bore with keyway or a tapped hole. Alternatively, customers can also use bushes to reduce the bore diameter.

The last generation of Cairsens® micro-sensors for Particulate Matters (PM) monitoring operates without any influence from moisture in ambient air. They measure PM1, PM2.5 and PM10 concentrations.

The mechanical fastening system ERO Joint® is available on pitches T10, AT10, T20, AT20, 8M, 14M for all widths over 16mm with reinforcement Steel, Kevlar or Stainless steel. (The recommended minimum diameter for pulleys is 50mm). The ERO Joint® splice is compatible with all type of coatings (Supergrip, Linatex®, PU, Sylomer®, …) and all types of guiding. ADVANTAGES Advantages are a fast and easy installation and assembly. With the pin mechanical fastening system ERO Joint®, you will optimize your production downtime by reducing the repair time. The assembly can be realized by screwing or with a tool. This tool enables the pre-tension of belt and makes pins threading easier. ERO Joint ® Ultimate version In Ultimate version, the mechanical belt fastener ERO Joint® transmits more than 50% of the power of a Flexbelt (true endless belt): Between pulleys, there is always a ½ continuous tight side to assure the mechanical resistance and the rigidity of the belt.

Advantages are a fast and easy installation and assembly. With this new solution of mechanical fastening system, you will save time and optimize your production downtime by reducing the repair time. The recommended minimum diameter for pulleys is 50mm. The mechanical joint system ERO Joint® WT is compatible with conveyor belts scrapers. Mechanical fastening systems ERO Joint® WT are lasting solutions. The ERO Joint® WT splice shape may be adapted in order to increase the mechanical resistance. ERO Joint® WT is the only one solution of mechanical belt fasteners in wide timing belts. The ERO Joint® WT wide timing belts are spliced in our production using a patented process and fitted with the length requested.

ADVANTAGES Advantages are a fast and easy installation and assembly. With the hinge pin mechanical fastening system ERO Joint® HP, you will optimize your production downtime by reducing the repair time. Mechanical strength and lifetime are higher than any other mechanical fastening systems. Mechanical resistance and elongation are equivalent to welded belts. TENSIONING TOOL FOR ERO JOINT® HP Alternatives Spiral seams The mechanical spiral seams system is also very easy to assemble as ERO Joint® HP but its mechanical resistance is poor. Pin Joint The mechanical Pin Joint system is more difficult to assemble than ERO Joint® HP. The mechanical resistance is also lesser than ERO Joint® HP.

The TYC2RT compression press allows the production of rubber mouldings with compression moulding or vacuum compression. The twoplate in/out with 45° inclination of the upper plate is suitable for various options. They are particularly suitable for moulding Orings, pharmaceutical stoppers, syringe plungers, and many other rubber parts. They are available in 2RT or 3RT series depending on the number of plates in the mould. Equipped with a 4post clamping system with high precision parallelism, their adjustable opening stroke allows different mould heights. The vacuum bell system reduces the curing time, thus increasing productivity.

The purpose of HSM (High Shear Mixing) technology consists in devulcanizing rubber waste for reintroduction into the production chain. This patented process applies to any kind of uncontaminated rubber production waste. REP has developed a machine dedicated to this process. The installation and maintenance of the machine are supported by the REP network.

Teamwork is key to success and has become a challenge for global firms whose departments or subsidiaries are spread all over the world. TechViz has developed its virtual reality collaborative solution creating a shared virtual workspace connecting several sites around a same 3D project. Immersed in their own 3D system, users from different locations will see each other, visualize and work on the same 3D model in real time. This software is ideal to improve communication between coworkers to pursue decision and validation processes without physical meeting. TechViz VR collaboration can also be used to provide remote training, in real time, at any distance. Teamwork becomes easier within the corporate structure, especially between people working from different locations in the world.

The Finger Tracking option allows you to : - Visualize your fingers to check accessibility. See an accurate representation of your fingers. Understand collisions between fingers and product with sound, colors and haptic feedback (with a compatible device) - Interact with your environment. It is possible to trigger cinematics. You can create cinematics using the Virtual Assembly and Video Recording options by TechViz. Then, specify the triggering parts and associate the cinematics on it. Once you touch those parts the cinematics will start. - Evaluate tactile HMI in your virtual environment. When combined with Interactive Image Integration users will be able to virtually control their tactile HMI for product ergonomics evaluation.

TechViz Digital Review aims to improve the interaction in the Virtual Environment. This option enables a thorough and dynamic 3D visualization so as to make your VR sessions useful and fruitful for the progress of your project. TechViz Digital Review functionalities offer an efficient and easy way to review your virtual prototypes with a dedicated set of tools. These functionalities aim to improve the interaction in the virtual reality environment and the work done around the virtual prototype. Thanks to their user friendly interface, they are very easy to use. Measure the distance between two points. Hide and show parts to have a better understanding of your 3D model. Stick virtual flags on the model with annotations to point out specific issues seen during the review. Clip planes to check different layers and navigate intuitively with TechViz Building Explorer.

The TechViz's Fusion option is a unique technology that enables the merge the 3D content from separate 3D applications in real time. The motive and ground base of this functionality is that, today, companies have several departments/teams using dedicated 3D applications (CAD, simulation, visualization). They will share their work, so as to consolidate and validate the product development. 3D results of different 3D applications (Dassault Systemes Catia V5, Autodesk Naviswork, Siemens PLM NX, etc.) are merged in the visualization process. Moreover, changes (or animation) brought on the different native applications are applied in real time within the VR environment merge of models. This way, based on the visual merge of their results, different teams can work together easily!

With TechViz Body Tracking option, you will be able to put a physiological human into your virtual prototyping design process. The virtual Human follows physiological rules defined by users. Size and morphology can be tuned. Early in conception process, you can study how the human will behave into the environment. The human can be manipulated “puppet” style or can be controlled by real user thanks to a Motion Tracking device. You can simulate various tasks to check their feasibility.