Supplier List under Fine Chemicals Category

Precors GmbH

Unique Coating for Bipolar Plates

The key technology for enhancing power density of fuel cells for automotive application are metallic bipolar plates. In order to ensure high performance and long-term stability a protective coating is inevitable. We provide a novel carbon-based coating that makes thin and lightweight bipolar plates possible.

Our technology allows a scalable on-line process for high-volume production.

As an ambitious and motivated start-up team in the research center Juelich (Forschungszentrum Jülich / IEK-3) we bring up extensive expertise in energy conversion & storage, material science and electrochemistry as well as highly productive hands-on mindset.

Breeze Technologies UG

Breeze Technologies is a technology leader for air quality sensors, air quality data and air quality analytics software. The company leverages the internet of things and artificial intelligence to help cities and businesses create better clean air action plans and a more liveable environment.

Breeze Technologies was founded in 2015 and has been recognised as one of the most promising European startups by the European Parliament and the European Commission. Breeze's founders have been listed as Forbes 30 Under 30 and received numerous awards, including from the German Federal President.

Nano-Join GmbH

Nano-Join GmbH is a young technology company based in Berlin. Our innovative sintering solutions are primarily aimed at making high-performance electronic components from the fields of optoelectronics, e-mobility and renewable energies more powerful and efficient. However, we also see other fields of application for the silver-based joining materials. At the moment we are supported by Climate-KIC, the INKULAB and the BmBF.

GS Bavaria GmbH

Anyone who wants to assert themselves on the market needs innovative products. New materials form the foundation for forward-looking product developments, and nanomaterials in particular are proving to be the innovation drivers par excellence. This is exactly where we support you.

On the basis of tungsten nanopowders, we develop functional additives in the form of masterbatches with which you can drastically influence the mechanical, chemical or thermal properties of your plastics.

Haelixa GmbH

Haelixa provides product traceability solutions based on DNA to support supply chain transparency and product integrity. Haelixa is a spin-off of the renowned ETH Zurich. Our products and services meet high quality Swiss standards.

Textile & apparel - We help you to make fashion more sustainable

Diamonds & coloured stones - Our markers reassure your customers by providing provenance proof

Gold - The Haelixa technology endows your gold with a label of origin and integrity

Other industries - As our technology is highly versatile we continuously extend our scope to more industries and use cases

Specialties: #Traceability #SupplyChainManagement #SupplyChainTransparency #SupplyChainSustainability #ProductMarking #ProductTracing #Textile #Apparel #Cotton #Wool #Cashmere #Silk #Fibres #Yarn #PreciousMaterials #Gold #Diamonds #Gemstones #ProofofOrigin #BrandProtection #ProofOfProvenance #ForensicMarkers #RawMaterials

Woodly Oy

Woodly Oy is a Finnish company developing materials technology, whose commercial product is a new type of plastic based on wood cellulose – Woodly®. Woodly® material has the same characteristics as conventional fossil plastics but with the added benefit of being carbon neutral and recyclable. In addition to packaging, it can be used to produce products for different uses.

Avocet Battery Materials Ltd

ABM was created to localise the supply chain of key components and materials that are required for the growing lithium-ion cell manufacturing market here in Europe.

ABM is committed to utilising raw materials sourced in Europe that are fully traceable. These materials are manufactured into the very best cutting edge tabs designed in partnership with customers to meet the needs of the rapidly evolving electrification revolution

Lumartix SA

Development / Manufacturing / Commercialization / Marketing of plasma light source

New Plasma Lighting Technology (NPLT™) is the future of power lighting, this is a cleantech (mercury free). The main mission is to reduce the electrical consumption and reduce the dissemination of mercury.

This technology has the potential to replace Metal Halide or Xenon lamp. The European commission would like remove the mercury of lighting device in few years.

This technology produce full sun spectrum with a life time of 40'000 hours. The light flux reduction and the spectrum shift is very low in comparison with the old technologies (Xenon and Metal Halide).

Our product is based on the second generation of plasma lamp. The bulb is not in rotation for a unit of 1'100W of power consumption.

New plasma lighting Technology (NPLT™) highlight: - Full sun spectrum (400nm to 1'100 nm) - Life time of 40'000 hours - CRI: 98 - Color temperature: 5'600K - Chromatic coordinate: x=0.330 y=0.340 - Mercury free - Low maintenance cost: 100 USD to restart life time product. - Bulb efficiency: 105 lm/W - Full device efficiency (Power supply, radio frequency converter and bulb): 70 lm/W

Exactmer

Exactmer, incorporated in 2018, is a spin-out company from Imperial College London. Our mission is to redefine what is possible in exact polymer synthesis and set a new industry standard for the manufacturing of polymers bound for use in new medicines.

There is increasing interest in using biopolymers such as oligonucleotides to develop new therapies for a wide range of currently untreatable diseases. These polymers are mostly prepared by solid-state synthesis, resulting in very poor scaling capabilities, low final purity and high prices. This means that the promising development of new therapies is currently limited by the high cost of manufacture - we believe Exactmer can help to solve this problem.

Exactmer specialises in the synthesis of biopolymers (oligonucleotides, peptides) and synthetic polymers (eg PEGs) using our patented Nanostar Sieving Technology, which allows the synthesis of the polymers in liquid phase. We produce polymers of unprecedented precision and length by using this completely new approach, opening the way to supremely accurate polymers for use as pharmaceuticals, and drastically reducing drug manufacturing costs.

rqmicro AG

rqmicro AG is a life sciences and tech startup, founded in 2013 as a spin-off from ETH Zurich (Switzerland). rqmicro is domiciled in Schlieren, Switzerland, and operates a representative office in Shanghai, China.

Since its inception, rqmicro has invested significant resources in the development of its unique and proprietary platform for rapid detection of bacteria in water.

rqmicro aims to protect consumers worldwide from microbiologically contaminated water. Our first commercial application focuses on the detection of Legionella bacteria, the most relevant threat in drinking water systems.