PRODUCT DIRECTORY

Our 2Dx® Masterbatch has shown a 30–50% increase in stiffness with concentrations as low as 0.5–1.5wt% graphene, enabling the construction of stronger products and more lightweight redesigns. Additionally, enhancing polycarbonate with graphene improves: - Impact resistance - Heat conductivity - Electrical conductivity - Flame resistance

Asset encapsulation ensures the highest efficiency of its functionalities. Natural active ingredients with different functionalities and fragrances. Nanocapsules with calming , moisturizing , anti-cellulite, antimicrobial properties and much more . Our technology Controlled release of assets; More effective action and greater permeation; Increases the stability of the active ingredient.

The FX200 is developed to meet the needs of both research and industrial applications, offering significant advancements in large-sample AFM technology.The FX200 features an advanced mechanical structure that ensures a significantly lower noise floor and minimal thermal drift, providing increased stability during measurements. This enhancement promotes greater accuracy and reliable performance over extended operation periods. With faster Z servo performance, the FX200 enables rapid and precise scanning across large sample areas. Its enhanced high-power sample view with autofocus allows researchers to achieve exceptional clarity and detail in AFM imaging, regardless of sample type or condition. The FX200 includes several automated features to streamline operations and maximize efficiency. Automatic probe recognition and exchange eliminate manual adjustments, while a reduced laser spot size and automatic alignments improve measurement accuracy and consistency. Macro optics provides a full 200 mm sample view, allowing comprehensive analysis without the need for stitching multiple images. This capability is enhanced by automatic sequential measurements at predefined coordinates, facilitating efficient data collection across large sample areas. Park FX200 is designed with user convenience in mind, featuring automatic AFM scan parameter settings. This intuitive interface allows researchers to focus on their scientific objectives rather than instrument configuration, enhancing productivity and workflow efficiency. Furthermore, its superior performance capabilities make it ideal for a wide range of research and industrial applications, including investigating surface morphology, characterizing mechanical properties, and exploring nanoscale phenomena, delivering reliable results for contemporary scientific endeavors. Representing a significant advancement in AFM technology, Park FX200 offers enhanced precision, automated efficiency, and comprehensive sample visualization.

The NanoCuvette™ S from @cphnano allows for spectrophotometric quantification of particle/cell size and concentration analysis in numerous industries and research fields such as biotechnology, pharmaceuticals, life science, foods, including various industrial applications for quality control. The capacity of NanoCuvette™ S goes far beyond any product currently on the market in terms of achieving easy, affordable, and reliable particle/cell size analysis and concentration determination. With the NanoCuvette™ S you have the functionality to determine small particles down to 50 nm, while simultaneously quantifying their concentration using your existing UV-Vis spectrophotometer. Learn more: https://shop.cphnano.com/products/nanocuvette-s 15% discount using promo code "NWA2024".

- measures complex permittivity - works with Keysight N1500A materials measurement suite, with Option 004 - coaxial probe method - best for measuring liquids and conformable solids - flexible option configuration allows you to choose the probes and accessories you need, anytime you want, and to fit your budget The Keysight N1501A dielectric probe kit with N1500A materials measurement software suite with Option 004 and a Keysight network analyzer determines the intrinsic electromagnetic properties of many dielectric materials. Because these properties are determined by the molecular structure, they can be related to other properties of interest as well. Measuring them can provide critical insight into applications in many industries. Depending on probe option selected, N1501A has a frequency range of 200 MHz to 50 GHz and is useful in all stages of a product's lifecycle: design, incoming inspection, process monitoring, and quality assurance. For example, it can provide important information about materials used in state-of-the-art RF and microwave electronic components. Even biomass, bulk density, bacterial content, and chemical concentration can be related to a material's electromagnetic properties.

Our lab scale electrospinning system is the ideal solution for researchers and small-scale manufacturers looking to develop and test new materials and products. With its compact design and easy-to-use controls, this system is perfect for use in a laboratory setting. It allows for the collection of nanofibers on various collectors, including a flat collector, a rotating drum collector, and a rotating mandrel for the production of tubular structures.

Increase measurement speed of high-power lasers up to 5X with this unique sensor, which goes to 10 kW continuous/12 kW intermittent on beams up to 65 mm diameter. Novel technology enables the PM10K+ to deliver power measurements of high-power lasers in under 3 seconds - faster than ever before. Compatible with lasers from the UV through the IR, it also offers convenience features for mounting and alignment. Features: Power handling up to 10 kW continuous and 12 kW intermittent Fast 2 second measurement speed BB+ Coating with high power density threshold Broadband coating from 190 nm to 11 µm Large 65 x 65 mm diameter active area Flexible dovetail mount DB25 + USB and RS232 configurations Safety interlock monitors temp and water flow conditions These 10 kW water-cooled laser power sensors feature a 65 mm x 65 mm sensor with the BB+ coating that can handle power densities from 6 kW/cm² (at 1kW) to 2.7 kW/cm² (at 10 kW). The sensor can measure up to 10 kW continuously and up to 12 kW on an intermittent basis. You can choose from USB + DB-25 or RS-232 communication options. DB-25 + USB sensor models are compatible with Coherent’s stand-alone power meters, which can be ordered separately. For further information please contact us or download the datahsheet.

“Cu-9 Schultz” es una solución de nanopartículas de cobre metálico (7,5 nanómetros) suspendido en una solución acuosa. Su adición a productos industriales es seguro, fácil y se lleva a cabo a través de procesos simples, asegurando homogeneidad total y una dispersión completa en toda la matriz debido a las características de nuestra tecnología, otorgando propiedades antimicrobianas, antifúngicas y antivirales de largo plazo.

The optical analysis of drops that hang from a dosing needle or are placed on a solid surface facilitates the determination of different surface and interfacial parameters. The optical contact angle measuring and contour analysis systems of the OCA series combine high resolution optics, exact liquid dosing and precise sample positioning into powerful and reliable measuring systems. Application focus static and dynamic contact angle measurement using the sessile drop method determination of surface energy of solids optical determination of surface tension and interfacial tension using the pendant drop method fully automatic sample mapping

The MultiScan MS 20 is the measuring device for the automatic optical stability and aging analysis of liquid dispersions, in particular suspensions and emulsions, and the comprehensive characterisation of time- and temperature-dependent destabilisation mechanisms. Application focus - optical stability and aging analysis of liquid dispersions - determination of destabilisation mechanisms - determination of sedimentation and creaming rates - analysis of particle merging and clustering

Park FX40 transforms atomic force microscopy, placing user benefits at the forefront through groundbreaking autonomy and advanced technology. Integrated intelligence and robotics automate set up and scanning tasks, freeing researchers from manual operations. This includes managing probes, alignment, sample positioning, and imaging optimization, allowing users to focus on their specialized work. With improved electromechanics, noise reduction, and multi-sample imaging, the FX40 streamlines data collection, research workflows, and data publication, empowering accelerated scientific progress and discovery.

The Surface Profile Analyzer SPA 25 can measure surface topography and roughness parameters with exceptional speed and resolution. Application focus visualisation and analysis of surface topography with down to 0.1 nm height resolution evaluation of surface roughness according to various industry standards like ISO 25178, ISO 4287, ISO 13565, ISO 16610, etc.

The powerful analytical performance of the Xevo TQ Absolute IVD mass spectrometer is up to five times more sensitive for quantifying clinical analytes than similar commercial instruments on the market. This sensitivity enables clinical laboratories to detect and measure trace level analytes within a sample at the lowest detection levels than previously possible. It can extend the testing capabilities of the clinical laboratory to include lower volume samples obtained in less-invasive assays such as saliva, breath, and dried blood spots. The system also enables clinical laboratories to expand their test menu to include multiplex panels and large molecules.

The Spinning drop video tensiometers of the SVT series are compact optical measuring instruments for the determination of low to ultra-low interfacial tensions and rheological interface properties. Powerful device components like automated camera positioning, a precision drive and temperature-controlled measuring chambers guarantee accurate and reproducible measurement results. Convenient fast-exchange capillaries and an intuitive control via the TP 50 control panel ensure flexible sample handling and easy operation. Application focus measurement of low to ultra-low interfacial tension, e.g. for microemulsions used in enhanced oil recovery (EOR) interfacial rheology