Henkel Tech Ventures

LoveLocal (formerly known as m.Paani) is the only app you need for all your daily needs fulfilled by your trusted local shops online. Now enjoy the convenience of online ordering, Fast home delivery, digital payments - all at a tap of a button. Shop anytime, anywhere from a vast range of products including fresh fruits, vegetables, groceries, OTC Medicines, Home and Personal Care Products, snacks, and much more. So LoveLocal!

Nourished is an award-winning tech start-up disrupting the nutrition industry with their 3D-printed vitamin stacks, which are completely tailor-made to each individual user. With their patented 3D printing manufacturing techniques and unique vegan encapsulation formula, Nourished is able to combine seven different high-impact nutrients, superfoods, and vitamins into one delicious gummy stack. Using 100% plastic-free packaging and only premium, sugar-free, and vegan ingredients. Nourished is as good for the Earth as it is for their customers.

Feelit provides printed, fully integrated nanomaterial-based sensing solutions that can turn any object to a smart object. Smartifying it by printing their sensors onto it to provide live structural information.

DaiBau is a professional construction network that connects adjacent markets and provides support to investors and construction professionals of all sizes. They brought the digital transformation to the construction industry by connecting investors.

cang.eco is a subscription service for healthy and sustainable products for your home and body. We identify the best products, include our community in the selection process and offer them a peace of mind model so they don't have to worry anymore if products are good for them or the environment. We also develop our own products and brands and involve our community in active challenges to improve their daily lives.

Nourished is an award-winning tech start-up disrupting the nutrition industry with their 3D-printed vitamin stacks, which are completely tailor-made to each individual user. With their patented 3D printing manufacturing techniques and unique vegan encapsulation formula, Nourished is able to combine seven different high-impact nutrients, superfoods, and vitamins into one delicious gummy stack. Using 100% plastic-free packaging and only premium, sugar-free, and vegan ingredients. Nourished is as good for the Earth as it is for their customers.

Fero Labs is an actionable machine learning software for improving processes and increasing the quality of manufacturing facilities. Fero Labs prides itself on increasing factories’ profits by combining their existing data with the latest advances in the field of data science. By utilizing Fero, the automated machine learning software, Fero Labs’ customers understand the root causes of the problems leading to process and quality issues. Armed with new insights into their production, factories resolve the underlying issues leading to continuous process improvement. It was founded in 2015 and headquartered in New York, United States.

LoveLocal (formerly known as m.Paani) is the only app you need for all your daily needs fulfilled by your trusted local shops online. Now enjoy the convenience of online ordering, Fast home delivery, digital payments - all at a tap of a button. Shop anytime, anywhere from a vast range of products including fresh fruits, vegetables, groceries, OTC Medicines, Home and Personal Care Products, snacks, and much more. So LoveLocal!

Truman’s is a household company that offers non-toxic products that reduce shipping and plastic waste while effectively cleaning clothes. The company's non-toxic solution for clean pants, plates, and potties. Their four non-toxic surface care products for floors, kitchens, bathrooms, and glass. It aims to reduce single-use plastic bottles and truckloads in the cleaning industry by shipping concentrate-filled cartridges that mixed with water in reusable bottles at the point of use. Truman's was founded in 2019 and is based in Louisville, Kentucky, United States.

Bepretty is an online guide that enables women to search, discover, and book beauty appointments. It also allows professionals to expand their businesses by promoting and managing them online. Bepretty was launched in April 2015 and is based in Santiago, Chile.

Dobbi is provides Dry cleaner & Laundry Service for the Netherlands.

Zipjet is an online laundry and dry cleaning service that enables its users to order laundry and dry cleaning pickup and delivery services. It also provides services in wash & fold, Airbnb host laundry service, dress dry cleaning, luxury dry cleaning, ironing services, shirt service, restaurant laundry service, home dry cleaning, and duvet cleaning. Zipjet was founded on November 9, 2014, and is headquartered in Berlin, Germany.

Copprint's Nano Copper Ink is a self-sintering alternative for high conductivity, low cost printed electronics. Their Nano Copper Ink is compatible with standard printing technologies, featuring rapid 2 second sintering by standard heating methods, and 50% bulk conductivity, with substantial cost reduction compared to silver ink. Copprint's Nano Ink offers an affordable, conductive ink for a range of applications including: RFIDs printed on paper, touch panel bezel contacts, printed antennas, printed PCBs, heaters & defoggers, fabrics, 3D printing of conductive patterns, batteries and many other printed electronics applications.

DropWise Technologies is commercializing a breakthrough coating technology, including advanced durable materials and unique vapor-based deposition processes developed in collaboration between two leading MIT labs, to solve problems of fouling and corrosion in heat exchange equipment. By applying its innovative ultra-thin and durable coating solutions, DropWise serves enormous markets that were previously inaccessible by conventional coating technologies. Heat exchangers are a crucial part of every thermal fluid system, from the intercoolers and radiators used to cool cars and trucks, to the condensers and evaporators that drive HVAC/R equipment, to the massive boilers and condensers that drive manufacturing processes and power plants. They rely on very thin heat transfer surfaces that are extremely sensitive to fouling and corrosion, which creates a process bottleneck and forces operators to either reduce output capacity, consume more energy to compensate, or shut down completely to clean the affected heat exchanger. For all of these problems, conventional liquid-based anti-fouling and anti-corrosion coatings are too thick, and often make the problem worse by insulating the heat transfer surfaces. Faced with this unacceptable performance tradeoff, the status quo is to leave the equipment uncoated and to bear the significant costs of the fouling and corrosion that inevitably occur. Using an innovative vapor-based deposition process, DropWise coatings are chemically grafted to virtually any surface and built up to precise thicknesses. The chemical grafting provides an extremely durable bond that has surpassed testing under severe industrial conditions, and the coating thicknesses can be tuned to nanometer precision to be hundreds of times thinner than conventional coatings. DropWise has secured a license to the MIT patent applications, and is developing a coating platform built from a wide library of precursor materials to address different applications. Low surface energy coatings are used to break up insulating films of condensate into droplets, enabling a 7x increase in heat transfer that allows the coating to boost the efficiency of a wide range of processes, from steam power generation and desalination to HVAC/R and chemical processing; while another chemically inert formulation is used to protect against corrosive environments.

DropWise Technologies is commercializing a breakthrough coating technology, including advanced durable materials and unique vapor-based deposition processes developed in collaboration between two leading MIT labs, to solve problems of fouling and corrosion in heat exchange equipment. By applying its innovative ultra-thin and durable coating solutions, DropWise serves enormous markets that were previously inaccessible by conventional coating technologies. Heat exchangers are a crucial part of every thermal fluid system, from the intercoolers and radiators used to cool cars and trucks, to the condensers and evaporators that drive HVAC/R equipment, to the massive boilers and condensers that drive manufacturing processes and power plants. They rely on very thin heat transfer surfaces that are extremely sensitive to fouling and corrosion, which creates a process bottleneck and forces operators to either reduce output capacity, consume more energy to compensate, or shut down completely to clean the affected heat exchanger. For all of these problems, conventional liquid-based anti-fouling and anti-corrosion coatings are too thick, and often make the problem worse by insulating the heat transfer surfaces. Faced with this unacceptable performance tradeoff, the status quo is to leave the equipment uncoated and to bear the significant costs of the fouling and corrosion that inevitably occur. Using an innovative vapor-based deposition process, DropWise coatings are chemically grafted to virtually any surface and built up to precise thicknesses. The chemical grafting provides an extremely durable bond that has surpassed testing under severe industrial conditions, and the coating thicknesses can be tuned to nanometer precision to be hundreds of times thinner than conventional coatings. DropWise has secured a license to the MIT patent applications, and is developing a coating platform built from a wide library of precursor materials to address different applications. Low surface energy coatings are used to break up insulating films of condensate into droplets, enabling a 7x increase in heat transfer that allows the coating to boost the efficiency of a wide range of processes, from steam power generation and desalination to HVAC/R and chemical processing; while another chemically inert formulation is used to protect against corrosive environments.

DropWise Technologies is commercializing a breakthrough coating technology, including advanced durable materials and unique vapor-based deposition processes developed in collaboration between two leading MIT labs, to solve problems of fouling and corrosion in heat exchange equipment. By applying its innovative ultra-thin and durable coating solutions, DropWise serves enormous markets that were previously inaccessible by conventional coating technologies. Heat exchangers are a crucial part of every thermal fluid system, from the intercoolers and radiators used to cool cars and trucks, to the condensers and evaporators that drive HVAC/R equipment, to the massive boilers and condensers that drive manufacturing processes and power plants. They rely on very thin heat transfer surfaces that are extremely sensitive to fouling and corrosion, which creates a process bottleneck and forces operators to either reduce output capacity, consume more energy to compensate, or shut down completely to clean the affected heat exchanger. For all of these problems, conventional liquid-based anti-fouling and anti-corrosion coatings are too thick, and often make the problem worse by insulating the heat transfer surfaces. Faced with this unacceptable performance tradeoff, the status quo is to leave the equipment uncoated and to bear the significant costs of the fouling and corrosion that inevitably occur. Using an innovative vapor-based deposition process, DropWise coatings are chemically grafted to virtually any surface and built up to precise thicknesses. The chemical grafting provides an extremely durable bond that has surpassed testing under severe industrial conditions, and the coating thicknesses can be tuned to nanometer precision to be hundreds of times thinner than conventional coatings. DropWise has secured a license to the MIT patent applications, and is developing a coating platform built from a wide library of precursor materials to address different applications. Low surface energy coatings are used to break up insulating films of condensate into droplets, enabling a 7x increase in heat transfer that allows the coating to boost the efficiency of a wide range of processes, from steam power generation and desalination to HVAC/R and chemical processing; while another chemically inert formulation is used to protect against corrosive environments.