MFS Technologies Ltd.

MFStek has finalized in-house testing to confirm that PUREtek has the ability to quickly and efficiently eliminate H2S in sour extraction water while reducing the Lower Explosive Limit to 0. PUREtek does so while remaining safe for end users to handle and the environment by self-cancelling through use. Safe. Green and Effective H2S Scrubbing. Learn more at http://instagram.com/p/ww28v6J7E8/?modal=true and at www.mfstek.com.

PUREtek, Oil Eliminator and other proprietary MFS Technologies have been approved by the Caribbean Industrial Research Institute (CARIRI) for use in oil spill cleanup and soil remediation projects in the Gulf of Mexico. Contact us for details at [email protected]. Learn more at http://instagram.com/p/wwEtlxJ7CA/?modal=true and www.mfstek.com.

MFStek manufactures nano and micro scale coating materials, manufacturing additives and customized industrial chemicals for heavy industrial and OEM integration. Offering turnkey solutions, MFStek conducts R&D, proof-of-concept mechanical abrasion testing, regulatory compliance, marketing, blending, packaging and international shipping under a single roof. Contact us for development projects at [email protected].

MFStek nanotechnology surface coatings are used by manufacturers in the marine industry to render interior and exterior substrates easy-to-clean or soil repellent, while reducing the adhesion of invasive species. Learn more at: http://instagram.com/p/tFtyQXp7Fd/?modal=true and at www.mfstek.com.

As part of the PUREtek Water Remediation Additive product platform, MFStek offers innovative phase separation properties, allowing water and oil to rapidly split into phase (separate) for expedited recovery. See more here: http://instagram.com/p/rAZqNdJ7MR/?modal=true

Microscopy image of snowflakes. MFStek coatings resist temperatures as low as -250°C and are frequently designed to expand and contract with the surface during seasonal temperature fluctuations. On the opposite side of the scale, most MFStek coatings are designed to resist temperatures upwards of +250°C while specific formulations have been quantifiably proven to resist +600 degrees C. Learn more at http://instagram.com/p/tWjl5Fp7O_/?modal=true and at www.mfstek.com.

Bacoban as been approved by Health Canada as a Hard Surface Disinfectant and has been issued a Drug Identification Number (DIN). Product will be manufactured according to a Health Canada GMP protocols within MFStek's licensed facility where ISO9001 and ISO14001 standards are also followed. For more information on Bacoban go to http://instagram.com/p/uRDYMGp7EN/?modal=true and www.mfstek.com.

MFStek Twitter Feed: “Cover your mouth when you sneeze" Go to www.mfstek.com to see how Bacoban and our AMS1451B and AMS1452B approved formula can help prevent in-cabin cross contamination > http://www.extremetech.com/extreme/193288-how-a-computer-simulation-could-stop-you-getting-sick-the-next-time-you-fly … ”

How a computer simulation could stop you getting sick the next time you fly | ExtremeTech A new simulation of how particles spread throughout an airplane cabin could tell you who's going to get sick.

MFStek Twitter Feed: Nanotechnology's next trick could be a real invisibility cloak… http://www.smh.com.au/technology/sci-tech/nanotechnologys-next-trick-could-be-a-real-invisibility-cloak-20141108-11ioqz.html …

Nanotechnology's next trick could be a real invisibility cloak Researchers are working on proving it’s not so impossible to become invisible.

MFStek Twitter Feed: Introductory Podcast on Self-Healing Materials using Nanotechnology: https://itun.es/ca/E-A7q.c?i=205522734 …

Discovery Preview and download the podcast Discovery on iTunes. Read episode descriptions and customer reviews.

Filling 'hoses' quickly connect to the pipe infrastructure in order to feed liquid product from the blending vats to the automated production line, allowing the team to manage the posted daily work orders. Learn more at http://instagram.com/p/tIeCKcp7NX/?modal=true and at www.mfstek.com

MFS Twitter Feed: What is this? Answer: Staphylococcus Aureus cells (grape-shaped microorganisms) interacting with a nanostructure. Learn more at: http://bit.ly/staphcell

First Look at How Individual Staphylococcus Cells Adhere to Nanostructures Could Lead to New... A team of researchers led by Berkeley Lab scientists have explored how individual Staphylococcus cells glom onto metallic nanostructures of various shapes and sizes that are not much bigger than the cells themselves. Their work could lead to a more nuanced understanding of what makes a surface less…