Supplier List under Materials Chemicals Category
myStandards GmbH
The nano-pellets were born from the idea of harnessing the broad spectrum of well-known powdered certified reference materials for in situ analysis with laser ablation ICP mass spectrometry (LA-ICP-MS). However, the grain size of the “analytical grade” original powders is too coarse (60-150 μm) to be analysed by a microanalytical laser which itself has a spot size of 20-90 μm. The original powders are then further ground and pressed according to material-specific grinding protocols down to the nanometer range, whereby they are sufficiently homogeneous for microanalytical techniques. Customer-specific materials can also be processed into “in-house” reference materials.
Interface Polymers Ltd.
We are about to revolutionise the polyolefin industry. With radical new solutions to long-standing compatibility problems, we are opening up a new world of opportunities in polymer blending, joining and finishing. Whichever polyolefin market you are in, we have a compatibility solution for you.
Adden Energy, Inc.
Adden Energy, founded by a team of scientists at Harvard University, is developing and scaling up a brand-new type of solid-state battery. With demonstrated charge times as low as 3 minutes and capacity retention for over 10,000 cycles in a lab-scale cell, Adden Energy is developing cutting edge technologies to enable mass adoption of EVs around the world and contribute greatly to a cleaner future.
HyDepot GmbH
HyDepot GmbH researches and develops large-scale stationary and mobile hydrogen storage systems based on an innovative and patented technology.
OneD Battery Sciences
In 2013, OneD Battery Sciences acquired Nanosys’ nanowire technologies (SINANODE) and its Palo Alto R&D activities.
Today, OneD operates a SINANODE pilot production to support the development of advanced electrochemical cells and the production scale up of its industrial partners.
Building upon over a decade of R&D, Yimin Zhu, PhD, OneD’s CTO, leads a team that continues to improve the SINANODE manufacturing processes that redefine the potential of lithium ion batteries in electric vehicles.
OneD partners with leading material suppliers, battery makers, and their customers to scale up production and accelerate market adoption to meet current and future market demand.
The SINANODE processes are optimized to enable large scale manufacturing of high performance anode materials at competitive cost, and to ensure compatibility with the processes of current and future EV cell factories.
GENSORIC GMBH
Gensoric GmbH is a unique technology and solution provider which opens-up new ways in electrochemical analysis and synthesis.
Its innovative and broadly protected ThermaLab® technology helps define temperature as another degree of freedom in chemical processes and reactions. This platform technology, which is backed by more than 20 years of research excellence and described in more than 50 peer reviewed papers and journal articles, provides not only direct control of this parameter. It also facilitates completely new synthesis processes & analysis methods, devices, and applications in all fields of chemistry in which temperature should be taken into account.
The main features of the ThermaLab® technology:
- Acceleration of chemical reactions by up to 100% with each 10 K temperature increase,
- Increased signal intensity by factor 100 and more (analytical procedures),
- Chemical reactions at and far above the specific boiling point without causing the entire solution to boil,
- Thermally induced micro stirring effect, making rotating disc electrodes or other mechanical agitation techniques become obsolete
Concrete Examples:
- Enhancing electrochemical analysis methods (voltammetry, amperometry, potentiometric titration,
chronopotentiometric stripping analysis),
- Accelerating, and, simultaneously, raising the accuracy of bio-molecule detection
(DNA, RNA, Proteins)
Our devices are compatible with already existing lab infrastructure (esp. potentiostats)
CarbonX
CARBONX® | POWER THE FUTURE: We help counter graphite shortages by producing in carbon black plants world-wide, creating localized supply chains. CarbonX’s 3D network structure can overcome the 2D limitations of graphite in batteries, boosting battery performance. Our low-energy manufacturing process ensures reduced CO2 emissions.
ELECTRIC VEHICLE DEMAND IS SOARING: Material supply chains struggle to keep up and the future of graphite sourcing remains uncertain. In addition to upcoming shortages, graphite presents limitations in fast-charging and range performance. While EV car makers zoom in on its enormous carbon footprint.
SUPPLY: High volumes, low cost. CarbonX proprietary feedstock technology can be applied to any carbon black manufacturing facility.
BATTERY PERFORMANCE: Fast-charge, long range. CarbonX’s unique 3D carbon network structure improves Lithium-ion and electron transfer.
SUSTAINABILITY: Lower CO2 emissions. A continuous and energy-efficient manufacturing process compared to natural and synthetic graphite.
Polytives GmbH
At Polytives, we develop novel additives for plastics. Our additives are based on the use of (highly) branched polymers, which can be used to adjust material properties such as viscosity, polymerization shrinkage or elasticity. The additives that Polytives produces can be used in more than 2/3 of the polymers currently used in the plastics industry. They can therefore be used in a variety of ways and open up new possibilities, with very good manageability, new possibilities in plastics production.
Fluence Analytics
Fluence Analytics is a manufacturer of industrial and laboratory monitoring solutions that produce continuous data streams. The company has two product lines, ACOMP and ARGEN. Combined with powerful, proprietary analytical tools, the confluence of data from our measurements enable realtime optimization leading to improved process control and faster R&D for polymer and biopharmaceutical manufacturers.
Fluence Analytics, formerly Advanced Polymer Monitoring Technologies (APMT), was founded in 2012. The company rebranded as Fluence Analytics in 2017 to emphasize its focus on continuous process analytics and to better reflect its vision for the future of polymer and biopharmaceutical manufacturing.
Sironix Renewables
Sironix Renewables is a seed-stage company developing environmentally friendly and safe chemicals from plants to be used for industrial consumer products.