Reflectives - Import export

20 mm wide fabric lanyard with removable key ring and secure closure. With a wide, reflective surface. • Textile lanyard in bright safety colour with a wide, reflective surface • With secure closure that opens if pulled too strongly • Premium textile quality • Removable keyring with snap hook • Suitable for all DURABLE card holders • Band dimensions: 53 cm long, 2 cm wide

Optimize your reflective media options Porex provides a portfolio of highly reflective components for optical sensors and other sensors that use or gather light. Our pure POREX® Virtek™ PTFE reflective components have industry-leading UV and visible light reflectivity. Available in rolls, sheets, die-cut parts, or custom 3-D shapes to meet your application needs, our reflective materials: Eliminate hot and dark spots–POREX® Virtek™ PTFE reflects light in all directions, causing the light to be spread evenly across a surface and eliminate hot spots. Increase efficiency – With more than 97% average reflectance over the entire light spectrum, our reflective materials capture wasted light and deliver directly to the lighting task. High temperature tolerance of up to 260°C

Our product range comprises objectives with focal lengths from 5 60 mm. Our objectives are all coated with a reflectionreducing coating and are computed and optimized for the intended application. Of course, we also design and compute customized objectives and systems to meet your special requirements.

Metallic reflection coatings enhance reflection and are used in many optical instruments for light deflection. We coat glass, metal and plastic. The choice of coating material depends on the reflection requirements in the defined wavelength range. We use aluminium, gold, silver and chromenickel, either with or without protection coating for the VIS, UV and IR ranges.

Coating substrates is one of our core competences. We have been coating precision optic components with optically effective layers ever since 1948. Over the years, technical specifications and possibilities have radically changed. We now have several highvacuum plants, an ultrasound cleaning and drying plant at our disposal to treat the substrates. We also build our own equipment e.g. for asymmetrical prisms. Coated substrates are inspected and documented with a "Lambda 900" PE spectral photometer. Antireflection coatings

Maximize performance with UV reflectors For ultraviolet light reflectivity, manufacturers trust our POREX® Virtek™ sintered PTFE sheets and molded 3-D parts. With over 97% average reflectance from 250nm to 400nm, POREX Virtek™ pure PTFE reflectors can maximize disinfection rates and minimize system cost. Specifically designed for UV systems, our UV reflectors: Eliminate hot and cold spots – POREX® Virtek™ PTFE scatters light in all directions, spreading UV light evenly across a surface and eliminating cold spots where bacteria may survive. Maximize lighting efficacy – With over 97% average reflectance from 220nm to 400nm, less light is lost to absorption. Maintain performance in high temperatures – Working temperature of POREX Virtek™ PTFE is 260ºC.

High-performing reflectors for specialty reflectivity applications Specialty lighting applications require high-performing reflectors, that efficiently mix and diffuse light. Our POREX Virtek™specialty lighting reflectors: Eliminate hot and cold spots – POREX® Virtek™ PTFE scatters light in multiple directions, spreading and mixing the light evenly across a surface and eliminating hot spots and increasing color uniformity. Maximize lighting efficacy – With over 97% average average reflectance over the entire light spectrum, our reflective material captures wasted light and delivers it to the lighting task. Maintain performance in high temperatures – Working temperature of POREX Virtek™ PTFE is 260ºC.

Improve lighting performance with reflective media For instrumentation and testing systems, our POREX Virtek™ sintered PTFE sheets and molded 3-D parts offer multi-directional light, ideal for machine vision systems and integrating spheres where uniformly lighting surfaces of different geometries is a must. Constructed with outstanding reflectance, POREX Virtek™ PTFE: Minimizes glare, with its 100% Lambertian reflection of light. Supports itself when handled - Does not require a backing or support scrim for handling. Supports versatile assembly options – Heat staking or vibrational welding can be used to secure the POREX Virtek™ PTFE to the lighting or housing structure.

Reflectionreducing coatings increase the light transmission of optical systems. This is particularly important for the light intensity of multilens optical systems such as objectives. Another benefit of antireflection coatings is their capability to strongly reduce scattered light losses between the lenses. Our product portfolio covers single and multiplelayer antireflection coatings, antireflection coatings for laser applications and coatings for applications in ultraviolet (UV), visual (VIS) and infrared (IR).

Compared with conventional metallic reflection coatings, the advantages of dielectric reflection coatings are their climate resistance, mechanical stability and high reflection combined with relatively low absorption. These properties are crucially important for many optical applications involving extreme thermal and mechanical stress.

Characteristics of our HotMicroCoils with reflection tube are easy mounting and variable heat distribution. Because of its direct touch and toleranced fit, the sleeve coil heater allows a very good heat transmission to the nozzle. In all our HotMicroCoil heaters with reflection sleeve the assembly of a thermocouple is possible and recommended for bigger diameters and power.

Glass surfaces are extremely smooth and meet high hygiene requirements. They are more resistant than plastic and have a high temperature, as well as high chemical resistance. In addition, glass decors ensure a design-oriented and high-quality finish. We offer molded glass parts for a variety of industrial and electronic applications. These include, for example, cover glasses and decor glasses for electronic products and protective glasses for displays. The glasses are usually made of float glass or white glass and thermally hardened ESG glass. The strength is from 0.55 to 19.0mm. For applications in the field of display protection, we also offer ultra-thin chemically hardened front glasses (0.3 – 8.0 mm). Other types of glass include borosilicate glass, quartz glass, magic mirror glass and touch panel glass.

Labels with variable data individually according to customer requirements If UL certification is required for your barcode labels, this is no problem for Förster Etiketten. We deliver in all formats from small series to large runs on rolls or sheets, or individual labels in the required coding: GS1 GTIN code Barcodes (EAN code or barcode label)Barcodes (EAN code or barcode label) 2D data matrix codes – content from a database Alphanumeric characters from a database Also with results logging on request Other variable data, such as the date of manufacture, can also be subsequently inscribed on the label material or on the laminate at the production site using thermal transfer printing, even in compliance with UL.

High performance low-e fabric A2 The climatic separation of building parts or the thermal separation between the outside of buildings and the interior is usually achieved by a thick layer of insulation. GLASS REFLECT offers a different approach: the high-performance low-e coatings on the energy-saving glass fabric reflect heat radiation almost completely. Depending on requirements, the energy-saving fabric can maintain the coolness of a room while keeping heat from outside at the same time Thermographic testing according to DIN EN 13187: A black body heater at 200 °C is directed onto the center of the back of the fabric. Result: The heat radiation is reflected by more than 96% ! The robust fabric is less than 0.5 mm thick. This thin architectural fabric offers significant advantages for installation and ensures the best rolling behavior even after tens of thousands of rolling cycles.

reflective coatings, aluminium coating, aluminium mirror, silver coating, silver mirror, gold coating, gold mirror

reflective coatings, aluminium coating, aluminium mirror, silver coating, silver mirror, gold coating, gold mirror

reflective coatings, aluminium coating, aluminium mirror, silver coating, silver mirror, gold coating, gold mirror

reflective coatings, aluminium coating, aluminium mirror, silver coating, silver mirror, gold coating, gold mirror

reflective coatings, aluminium coating, aluminium mirror, silver coating, silver mirror, gold coating, gold mirror

reflective coatings, aluminium coating, aluminium mirror, silver coating, silver mirror, gold coating, gold mirror

Produce your air cushions automatically to avoid unnecessary waiting times. Once the stock level is reached, your AirWave1 or AirWave2 automatically stops the production using the light barrier. The machine automatically starts again as soon as cushions are removed from the container. Fits the AirWave1 and AirWave2 air cushion machine.

Stream Evo safety glasses provide extreme comfort and ‘wearability’ with a range of lens options to suit a variety of conditions.

Wood and wicker baskets lend this promotion display an authentic Tyrolean charm, in keeping with the brand. Holding a large quantity of hanging and loose items, this quarter pallet goes a step further with its unusual thermoformed mountain base, stamped with the original Tyrolean specialty seal.

Optical sensors function contactlessly. They detect objects independent of their characteristics (e.g., shape, color, surface structure, material). The basic operating principle is based on the transmission and reception of light. There are three different versions: 1. The through-beam sensor consists of two separate devices, a transmitter and a receiver that are aligned with one another. If the light beam between the two devices is interrupted, the switching output integrated in the receiver changes its status. 2. With the retro-reflective sensor, the transmitter and receiver are located in one device. The emitted light beam is reflected back to the receiver by a reflector that is to be mounted opposite the device. As soon as the light beam is interrupted, the switching output integrated in the device changes its status. 3. With the diffuse reflection sensor, the transmitter and receiver are in one device. The emitted light beam is reflected by the object that is to be detected.

Ultrasonic sensors are non-contact and wear-free position switches which can also be used under rough environmental conditions. A key advantage of these devices lies in the fact that the material and the surface characteristics of the objects to be detected can be almost anything. Solids, liquids, grainy materials and powdery materials can be identified without the shape or the color of the object having any influence to the measured result. In addition, the ability to detect transparent materials such as films and fluids is of particular importance. The shape and color of the objects do not influence the result of the detection. The capability to detect transparent films or liquids is also of special importance. Ultrasonic sensors are used for distance measurement (e.g. detection of diameters, loop control), for fill level detection (e.g. silo detection), for positioning and presence detection (e.g. glass pane positioning, film tear check, glass bottle detection)

Optical sensors function contactlessly. They detect objects independent of their characteristics (e.g., shape, color, surface structure, material). The basic operating principle is based on the transmission and reception of light. There are three different versions: 1. The through-beam sensor consists of two separate devices, a transmitter and a receiver that are aligned with one another. If the light beam between the two devices is interrupted, the switching output integrated in the receiver changes its status. 2. With the retro-reflective sensor, the transmitter and receiver are located in one device. The emitted light beam is reflected back to the receiver by a reflector that is to be mounted opposite the device. As soon as the light beam is interrupted, the switching output integrated in the device changes its status. 3. With the diffuse reflection sensor, the transmitter and receiver are in one device. The emitted light beam is reflected by the object that is to be detected.

Reflective targets RSZ2, RSZ3, RSZ4, RSZ6 and RSZ22 Dimensions and ranges: Reflective targets 20 x 20 mm -> range approx. 50 m Reflective targets 30 x 30 mm -> range approx. 80 m Reflective targets 40 x 40 mm -> range approx. 100 m Reflective targets 60 x 60 mm -> range approx. 120 m Reflective targets 220 x 220 mm -> range approx. 500 m The ranges are average values and are exceeded by most current measuring instruments. A minimum distance of 10 m is required for some instruments. Safety Data Sheet

RS193 housing with 30 x 30 mm reflective target rotatable and swivellable through 360°! RS193 sticks quickly and easily even to difficult surfaces, e.g. glass and marble façades, historic buildings, steel girders, gas and oil pipelines, etc. or can be attached using plugs and screws. For easy installation on steel structures, a magnetic version of the base plates is also available. The following accessories are available for this product (see right): Resumption points (item RSFP-X90) Magnetic or non-magnetic protective cap (RSPC10 and RSPC10M) When using tachymeters and robotic total stations the reflective target can always be aligned accurately with the measuring instrument the reflective target can be turned in a radius of 360° making it possible to use the same survey point from all directions when using fixed point RSFP-X90, the targets can be removed and later replaced on the same survey point when using protective cap RSPC10 and RSPC10M, the reflective targets can be protec

RS183 Plastic housing with 30 x 30 mm reflective target can be rotated through 180° and combined with other RS183! RS183 sticks quickly and easily even to difficult surfaces, e.g. glass and marble façades, historic buildings, steel girders, rails, gas and oil pipelines, etc. or can be attached using plugs and screws.. When using tachymeters and robotic total stations the reflective target can always be aligned accurately with the measuring instrument the reflective target can be turned in a radius of 180° making it possible to use the same survey point from different directions several reflective targets can be combined with each other due to the integrated connector system, making it possible to survey from different directions without having to turn the target – see examples