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-Indoor positioning system utilizing a wireless sensor network has developed and mobile phones are applied to the terminals.
Design and automated production of plastic polymer materials or final products using web extrusion, casting, thermoforming, or vacuforming.
Surnetics has developed technology to move very tiny volumes of liquids without the need for electricity or other external energy source.
The worldÆs first non-dyed nanotechnology based structurally colored chromogenic fibers ô MORPHOTEX«ö using the color principle of a Morpho butterfly.
This technology provides a process to produce and the polyester compositions produced that have the desired electrical properties without unduly deteriorating the other valued melt viscosity, processing, and shaped article properties.
A revolutionary new material which offers at least 30% higher usability strengths with significantly reduced weight and at significantly lower price level compared to traditional steels.
-The national institute of AIST in Japan has succeeded in developing a "super high water vapor barrier clay-coated film" (WVB-Claist«) by orienting and densely laminating the modified clay crystals.
- The first successful metal-based high-speed optical scanning devices in the world.
- The National Institute of AIST, Japan has succeeded in monitoring power generation of each solar panel by direct current power-line communication.
-The national institute of AIST in Japan has succeeded in high yield bioethanol production.
DuPont has successfully developed a less complex, lower cost electrochromatic (EC) technology for controllable light transmission in automotive and architectural safety glazing applications.
This technology comprises a process for applying an antimicrobial/anti-odor coating to polyester, nylon, polyolefins, Sontara«, stainless steel, and other materials.
-The national institute of AIST in Japan has developed a flexible switchable mirror film that can be electrically switched between reflective and transparent states.
-The national institute of AIST in Japan has developed switchable mirror devices that can be reversibly changed between reflective and transparent states by either exposing gas or applying electricity.
This technology is selectively permeable laminates and the process for making them.
This technology is flame resistant, selectively permeable laminates in various embodiments.
DuPont's Vinyl Acetate Monomer (VAM) manufacturing process is a safe and reliable process for producing high quality finished product.
Melt-Film Fibrillation (MFF) technology produces nonwoven media comprising sub-micron scale fibers for a new generation of high-efficiency filters at costs comparable to traditional meltblown media.
A Bulgarian SME that specializes in fire-retardant technologies and products has invented a method for plasma chemical surface modifying of materials and items, and specifically for plasma-aided impregnation with solutions containing fire...
The invention relates to biodegradable halogen free flame retardants applied to flammable polymers with different physical and chemical properties and structure like textiles, wood, paper, cardboard, corrugated board, leather, polystyrene...
Copper exposed to air during queuing delays, inevitable in integrated circuit manufacture, develop copper oxide on its exposed surface.
Flexible Absorbent Binder (FAB) is a transparent polymer cured from a water-based solution.
o New organic compounds were synthesized that change from solid to liquid with only irradiation of light, without heating
o Unlike conventional photosensitive resins, they can be restored to their original solid state.
Venture Isles client, Personal Flight Systems (PFS), holds one of the most coveted patents in novel science, the patent for manned and unmanned electronic flight.
These technologies comprise a set of polymers for use as pigment dispersants that have differing backbones and side arms that are hydrophilic, hydrophobic, and optional side chains such as amines.
Most insulating applications block additional heat transfer by adding more insulation.
This technology comprises the spray-drying synthesis process and the high strength, 1-30 micron composite particles composed of an organic polymer and a glassy inorganic polymer.
DuPont has developed a polymer mulch suitable for playground and horticultural applications.
This innovative hot melt adhesive remains a thermoplastic to a thermoset adhesive good for many applications in the vehicular market, home furnishings, edge binding (banding), and electronics.
A rapid, reproducible method is needed to measure film coating adhesion.
This technology is a process for manufacturing electrostatic dissipative (ESD) films from acid copolymers or ionomers that exceed the USA National Fire Protection Association code 556A and the US Military Standard (MIL-81705C) for static ...
This product is the most effective and efficient concrete waterproofing solution available today.
Ideal for mobile phone applications, laptop cases, and similar devices that suffer continual minor scratching and abrasion in pocket, backpack, and purse, Slide Ring Material (SRM) paint is able to heal about 80% of surface abrasions by i...
The offering client is a Hungarian SME.
Deliverable on a wide variety of backings, this pressure sensitive strong adhesive is easily removed (as in peeling a wound dressing) when the temperature is raised above the switching temperature.
Cool2Go(TM) is low cost (~ 2 cents per container) insulating label with proven performance of keeping contents of bottles and cans cooler longer --- up to twice as long as standard labeled containers.
Inexpensive, easy-to-manufacture conductive papers, tissues, and nonwovens open new areas for resistively heated and disposable electronic consumer goods.
The IP offers a new "technology platform" that can be utilised to manufacture a wide range of products from very high strength solids (up to 9,500 psi - 65 MPa) to lighter weight "mineral foam composite" products that are structural, insu...
PHS and copolymers have wide ranging applications including, for example, photoresists, varnishes, and printing inks.
These low-cost thin film transistors have gate, source, and drain electrodes containing about 80% silver, copper, or silver/copper alloy nanoparticles dispersed within specially selected conductive and nonconductive polymers.
This technology is a method for modifying poly(ethylene oxide) (PEO) and is intended to impart melt processability so that the modified PEO may be drawn into thin films and fine fibers.
This technology describes the manufacture of multi-layer solid surface materials comprised of a thin layer of filled polymer integrally formed with a backing of bubble-filled polymer using one-step casting.
DuPont has excellent capability in resin chemistry and has developed proprietary resins suitable for photochromic coatings that can be applied and cured on optical lenses and other surfaces.
This solubilized copper system for wood preservation has compelling economics, is efficacious at low copper loadings, and exhibits a low rate of copper leach into the environment from the treated wood.
Conventionally, the antistatic or electrical conductive properties for powder coated articles are obtained by application of liquid paint that contains high amounts of conductive additives like carbon black, specially coated pigments or m...
Para-glycidyloxystyrene (pGS) is produced in a simple one pot, two-step conversion of hydroxycinnamic acid, a raw material derived from renewable resources.
ALLINCOÖ Performance Additives are a portfolio of fast-acting linear chain extenders which allow exceptional control over the viscosity of Polyamides (PA), Polymerized Lactic Acid (PLA), PolyButylene Terephthalate (PBT) and PolyEthylene T...
GreenKote is a sacrificial zinc-based anti-corrosion coating and wear treatment for ferrous metal parts that goes on dry and fuses into the metal surface under heat, performing a thermo-chemical surface modification to the metal.
XyloyTM is an injection-molded zinc/aluminum alloy processed in conventional plastic injection-molding equipment and molds.
This micro-reinforcement technology enables new applications where existing thermoplastics, elastomers, thermosets, and reinforcing technologies have not had sufficient toughness or fracture strength, particularly at elevated temperatures...
RAFT (Reversible Addition-Fragmentation chain Transfer) technology is a very sophisticated form of controlled free radical polymerization often referred to as æliving polymerizationÆ, because it can be stopped and restarted at anytime.
Highly pure, single-walled carbon nanotubes (SWNTs) are mass-produced in bulk forms such as vertically aligned ôforestsö through a process we call Super CVD.
The key drivers in agriculture for the next few decades will be water efficiency, energy efficiency and environmental sustainability.
Aerosol deposition makes possible the formation of ultrathin ceramic films upon metals or plastics at room temperature.
This electroless plating method produces a superior ion-exchange membrane for the extraction of hydrogen from water via electrolysis.
A suite of nonwoven technologies proven on real-world manufacturing lines offers low-cost/low-capital mechanical processes to impart specific engineered properties to commodity-priced nonwovens, films, and laminates, and even to non-polym...
This process produces optically active phosphine oxide at 1/10 the cost of the conventional process.
Conventionally, producing an organic phosphor compound, such as alkenylphosphonaic acid ester or akenylphosphine oxides used a substitution reaction employing an organic metal or organic halogen compound as materials.
This one-step laser etching process proves advantageous for the micro-fabrication of optics, electromechanical systems, and fluidics.
This ôdry,ö thin-film actuator holds promise for applications in virtual instrumentation, robotics, and automated equipment.
Our breakthrough process produces a highly stable gelling agent that also functions as a dispersant for water or ionic liquids.
The SPC-3000 self initiating coating and companion electroless copper immersion plating bath represents the successful achievement of years of research into the theory of controlled chemical reactions, as well as a technological breakthro...
A new process yields easily synthesized organic nanotubes in large quantities at a low cost.
Successful welding of Nitinol to ferrous alloys including Stainless Steels is achieved by using certain filler metals which help avoid the brittle phases formed during fusion welding of Nitinol to ferrous alloys.
Hyrx ? is an ionomeric modified poly-ether-ester (plastic).
Able to withstand abrasion even with steel wool, these anti-reflective coating formulations for display applications offer high durability and reflectivity that ranges from 1.2% down to 0.5%.
This technology provides an easy and inexpensive method of manufacturing a high-performance piezoelectric element from an aluminum nitride thin film that exhibits no hillocks or cracks, and which does not peel off.
The innovation provider suggests transporting by pipeline a unique proprietary emulsified oil mixture originating from high viscosity oil fields such as some oil sands and heavy crude oil fields.
This technology is a range of compositions, their synthesis methods, and application method for a clear coating composition comprising isocyanate, silane and melamine components wherein said isocyanate component comprises an aliphatic pol...
Metal-ferroelectric-insulator-semiconductor (MFIS) ferroelectric-gate FETs have been under research and development for years because they may make a perfect memory: non-volatile when power is off, non-destructive during readout, speeds a...
The present invention relates to thin-film protection of visible light photocathodes and more particularly to photocathodes protected by thin films and photon sensors and fast electron sources incorporating such photocathodes.
Epoxidation of alkenes is an important chemical transformation whereby an oxygen atom is added to a carbon-carbon double bond to form an epoxide.
Resins containing extractants have been used in analytical, hydrometallurgical and water processes.
3-dimesional high aspect ratio (>500) nano-scale CFx (fluorocarbon) ôtubeö and ôtest-tubeö arrays were realized using Deep Reactive Ion Etching (RIE).
To date the use of Fulvic Acid has been limited due to high levels of mineral and chemical contamination.
This technology overcomes the chronic problem of deteriorating k factor in closed cell insulation that is caused by air intrusion into the cells diluting insulating value of low-conductivity blowing agents.
Associated technologies permit growing atomic monolayer quantum structures of high purity, uniformity, and controllable size, and producing a high-efficiency light-emitting diode that does not suffer from reflection at the semiconductor/a...
When miniaturizing MOS field-effect transistors (MOSFETs) for their high degree of integration and high speed, a source and a drain come close to each other, and the drain field has an effect on the source.
This unique extraction and purification technology offers a Green, nature-based solution to pesticides.
Introduction of very high concentrations of hollow glass spheres homogenously into a resin during moulding into highly complex functional shapes.
This technology enables polymers with a superior narrow molecular weight distribution for use in powder coatings.
This low temperature curable barrier coating is suitable for almost all polymeric films, sheets, and shapes.
The Kinesthotic® orthotic footbed supports and dynamically adapts to the continuously changing shapes of the weight-bearing soles of each foot and according to the Kinetic dynamics of each activity.
Developed for the automotive industry, where the rapid detection of the partial pressure of oxygen is critical to controlling the air-fuel ratio in modern electronic fuel injection systems, this new-type semiconductor resistance sensor of...
This technology provides an elegant, efficient and cost effective way to measure absolute position in one or two dimensions using a new Point Coupled Linear Transformer (PCLT).
This highly flexible C6 perfluoroalkyl formulation overcomes the environmental issues inherent in other perfluoroalkyl tails, and imparts non-stick properties and resistance to oil, grease, solvents, or water that are similar to C8 fluoro...
AIST has developed a thin film technology that can reduce the consumption of raw selenium below one-tenth of the conventional standard when manufacturing non-silicon-based CIGS thin-film solar cells.
AIST has developed a large-scale synthetic method of producing imogolite from inexpensive inorganic materials.
This innovative hot melt adhesive cures to a thermoset adhesive good for many applications in the vehicular market, home furnishings, edge binding, and electronics.
This technology is a thermoplastic antenna incorporating micron sized conductive fibers within the plastic matrix making it lightweight, corrosion-resistant, and easily fabricated.
Light and recyclable magnesium alloy has been drawing attention and is widely used for practical purposes such as mobile electronic equipment and vehicles.
The Environment Purification Materials team of AIST's Synergy Materials Research Center (Japan) has successfully developed and tested significantly improved electrochemical reactors for the selective elimination of nitrogen oxides (NOx) i...
AIST researchers have developed a thin film alloy of magnesium and titanium that, when applied to glass, may be easily switched between a reflective and transparent state.
The technology is a method to produce glass material with a promising negative refractive index.
The present technology describes the method for the production of the zeolite membrane.
The present invention relates to an optical micro-machining method of glass.
The present technology proposes a tricalcium-phosphate-based prosthetic material, which is a sintered ceramic body mainly consisting of tricalcium phosphate containing a limited amount of zinc.
The present invention relates to the manufacturing process of a high-temperature ceramics-based composite material, which features excellent heat and oxidation resistance and frictional properties.
The technology is a method of manufacturing metallic materials based with extremely fine crystal grain sizes via continuous stimulation during solidification.
The technology is a method to produce primary material, specifically glass, with refracting capabilities that may be applied to uses beyond conventional fiber optics.
The technology is an input assisting device for CAD operation.
When producing cucurbit plants like water melons, the strips of soil containing the plants, are covered with a plastic sheet.
The present invention shows the superconductive magnetic levitation transportation system with high-efficiency and large-capacity utilizing potential energy as the drive source, which performs short to long distance transportation of carg...
The present invention relates to a process for producing fiber-reinforced silicon carbide composites, which are suitable for a variety of applications requiring improved toughness, such as aerospace high-temperature structural members, ga...
The flame retardant compounds for cotton, polyester, acrylic fibers, and polypropylene of this technology have high efficacy documented in extensive test results.
Novel condensation polymers have been prepared by the copolymerization of a N,N*-disubstituted disulfonamide with an organic acid dihalide such as dicarboxylic dichloride,disulfonic acid dichlorides, bic chloroformates, phosgene, diisocya...
A new technology was recently patented that opens the door for commercial production of all woven nanofiber applications.
Rapid solidification rate (RSR) technology enables production of fine-grained (nanometer-scale) and amorphous metals with uniform chemistry.
AIST proposes a unique method for the preparation of a body of an austempered ductile cast iron (ADI) having a gradient of the mechanical properties within the body along with excellent toughness and strength suitable as a substitute mate...
A new technology which applies a "grafting" technique to form strong adhesive bonds between mating material surfaces.
AIST for the first time provides a method for producing an alcohol, a ketone, and an epoxide by the oxidation of a hydrocarbon with oxygen in the presence of a reducing agent.
The invention relates to an organometallic zeolite which is formed of a multiplicity of units, each of which is of the formula (X.M).sub.m, wherein M is a metal ion selected from the group consisting of Ni.sup.2+, Sn.sup.2+, Mg.sup.2+, Ca...
This technology relates the production optical carbonhydrates, employing D-glucose as the starter reactant and transfer it into L-sugars and derivatives with easy steps.
This technology relates to a method for the preparation of vitreous hollow microspheres with a photocatalytic activity from a vitreous volcanic deposit as the starting material.
In addition to the traditional uses as ornamental or decorative articles, gold is widely used in various industries as a wiring material of electronic circuits in electronic industries or as a catalytically active ingredient in certain ca...
This ultrasonic echo apparatus can measure tissue inside living bodies, non-invasively.
AIST is seeking an opportunity of a technology transfer and a patent licensing, regarding this SiC three-dimensional filter.
This technology relates to a deodorizing lamp and method for the production of the lamp.
This technology relates to a photocatalyst sheet useful for purifying the living environment, being able to decompose and remove malodorous substances, harmful substances in the air, and prevent developing of bacterium and fungi.
AIST produced a silicon nitride sinter exhibting extremely high strength and toughness in a specific direction.
Weldbonding is a joining process that combines laser spot welding with adhesives.
TTIR (Through-Transmission Infrared Welding) transmits wavelengths of light , either laser or halogen lamp generated, through one of the materials to the second.
Functional and added value coatings and lacquers are big business in the current market, partly driven by todayÆs consumers and professional users placing high demands on products, in areas such as home appliances, components, packaging, ...
The dosimeter described here allows the quantitative detection of radiation with a wavelength shorter than 350 nm (UV light, X-ray and radioactive radiation).
The new technology makes it possible to dye different Materials by the dye sublimation process.
A highly innovative all oxide fiber, reinforced ceramic matrix composite for extreme high temperature applications.
The only technology of its kind, the Atomic Penetratioin of Materials (APM) technology diffuses the atoms from superior metal(s) and implants them into the interstitial spaces of surface molecules of existing metal parts, creating patenta...
GOREÖ DRP« Diffuse Reflector is an expanded PTFE material that offers reflectance optimally approaching 100%.
Carbon-fiber reinforcement in laminate structures has resulted in great improvement in tensile strength, but much-less-than-theoretical improvement in compressive strength.
This technology provides a method of controlling the rigidity of non-conductive fibers, especially aramid fibers, using DLC coatings.
The Air Conditioned Helmet, (ACH), is the only truly practical and functional air conditioned helmet design in the world.
This innovative technology provides resiliently deformable, low cost packages that exhibit a strong tendency to self-restore; they are easy to produce and fill and can undergo numerous deformation cycles between successive sheet dispensin...
During its 60 year history of mononitrobenzene(MNB)/aniline production, DuPont has continuously refined and optimized the process technology of this offering, particularly in the areas of process yields, energy consumption, waste minimiza...
DuPont's process technology for the production of acrylonitrile (ACRN), based on over 40 years of refinement and optimization, has a demonstrated history of improved product quality, higher operating efficiency and reduced capital cost.
These unique technologies provide low cost methods that significantly improve odor reduction in a variety of disposable personal absorbent products used for containment of bodily exudates; products such as diapers, training pants, sanitar...
This technology provides a better golf ball made of thermoplastic or thermoset compositions that is tougher, stronger, and more scuff and abrasion resistant than typical thermoplastic compositions by the incorporation of organic fiber mic...
This technology comprises a family of polyurethanes and polyurethane-ureas prepared from: polytrimethylene ether glycol, diisocyantes, and diol or diamine chain extenders, and their manufacture, intermediates and use.
This technology provides a renewable, resource-based carpet underlay with liquid impermeability, moisture vapor permeability, and suitable flexibility and durability.
This technology utilizes nanoparticle size clay dispersions in polyesters to reduce gas permeability of shaped polyester containers, sheets, and films.
The technology being offered can be used to print sensing or working electrodes in electrochemical biosensor applications.
The use of Indium Tin Oxide (ITO) to create display patterns has increased dramatically with the immense popularity of handheld devices, touchscreens and other such products.
This technology enables high speed, extensive evaluation of metal oxide mixtures for electrical properties such as high temperature superconductivity or semiconducting capability.
This technology provides a means for recycling high cost specialty rubbers.
Cohesive particles such as pigments are notoriously difficult to accurately dispense from bulk containers such as supersaks and tote bins.
This technology comprises an improved waterless printing plate consisting of a sturdy substrate (usually aluminum), and a thin radiation-absorbing layer sandwiched between the substrate plate and a thin hydrophobic layer that (essentially...
Filled acrylic solid surfaces having superior mechanical properties and ease of manufacture are made from reaction curable resin compositions.
This technology utilizes additives to organic conducting polymers that enhance adhesion and resolution of printed films while retaining adequate electrical conductivity.
This technology provides a process for laminating a layer of dielectric material onto a semiconductor used for thin film transistor (TFT) arrays in flat-panel displays.
This technology encompasses the synthesis of polycarbonate-clay nanocomposites and their use in a wide variety of shaped articles ranging from glazing applications to housings for electronic equipment.
Beta hydroxycarboxylic acids are useful in cosmetic skin treatments and in highly branched polyester polymers.
This technology includes the polymer composition and operating conditions for a highly effective oxygen barrier resin that withstands steaming conditions for sterilization of packaged foods, but remains cost effective and suitable for use...
The Torrizo Electromagnetic Accelerator Rail Gun 6000 (TEMAG 6000) is a new innovation in rail gun technology.
This hot melt polyurethane (PUR) formulation is resistant enough to premature polymerization from humidity to allow long term storage, even of individual parts coated with the PUR adhesive prior to pasting.
This technology provides a polyurethane hot melt adhesive with superior properties over a wide temperature range--- after curing, the adhesive has high heat stability and also does not become brittle under low temperature conditions.
Proposed is a novel synthetic inorganic porous material having a chemical composition of the general formula [(SiO2)8 ?(MO2/3)a ?(OH)2/3a+b ]b- ?b/c(Ac+), in which M is an ion of a divalent metal, e.g., Mg, A is a cation of an alkali meta...
Proposed is an efficient method for the highly selective recovery of silver value in an aqueous solution containing silver ions in a low concentration, such as depleted photographic fixing solutions, by extracting the silver ions from the...
This technology produces non-stick surfaces with an intriguing appearance of natural stone --- suitable for cookware, kitchen and bath counter tops, and wall coverings.
Flexible gas tight film "Claist" is prepared by a compact lamination of clay platelets of thickness around 1 nanometer each.
1. Described is a sputtering target assembly of high purity copper diffusion bonded to a precipitation hardened aluminum alloy backing plate via an intermediate layer of a CuCr alloy and in which the copper contains a micro alloy addition...
The patent fortfolio includes applications of silicon oxycarbide black glass on (A) producing fiber, (B) ceramic matrix composites, and (C) as an oxidative-resistant coating on carbon-carbon composite.
A three layer semi-permeable membrane structure for use in textile applications, consisting of a hydrophilic inner layer and hydrophobic exterior layers of copolyetherester elastomer films, leads to an enhanced lifetime breathable waterpr...
TIM has been designed and intended for: ò thermal insulation of refrigerating chambers and cooling cabinets, various kinds of process and household furnaces and other thermal equipment, ò thermal and sound insulation of industrial and hou...
Catalyst agents are adhered to p-aramid fabrics and paper supports.
The aramid fluff and fluff ball products of this technology have a wide range of applications including filter media, high temperature insulation, resilient filling, absorbency applications, fire retardancy and reinforcement.
This technology comprises a woven or nonwoven fabric disk of heat resistant fibers that serves to protect the flavor of hot beverages, such as coffee or tea, from excess heating.
The Need - To develop a PVC sheeting alternative that is halogen-free but still thermoplastic, flexible and heat-sealable.
OVERVIEW This organization wants to find a material that will make cabling fire-retardant.
We are seeking partnering and investment opportunities in the tire recycling sector.
Trash odors are among the worst in the house.
Microfiber cloth has revolutionized the cleaning industry.
Overview: This global organization is seeking alternative materials to steel in a friction-dominated environment.
Overview: This global organization is seeking new or innovative technologies, methods, processes or coatings for steel which will increase the coefficient of friction.
OVERVIEW We want to improve the efficiency of a turbo propulsion system by improving both the propulsive efficiency and improving the core thermal efficiency of the core compressor.
OVERVIEW We need to improve the efficiency of jet engines by minimizing the distance between the rotating vanes of a turbine and the static case structure housing the rotating blades.
Overview: Our client is seeking to identify film forming formulation technologies that would enhance the short-term appearance of skin after a given skin care product is applied and dries.
OVERVIEW This organization seeks a non-smoke-producing, non-halogenated fire retardant additive or coating for its polymeric injection-molded electrical connectors in the electrical and electronics industries.
OVERVIEW We're looking for non-halogenated polymeric mix additives for wiring jackets and cables that provide non-smoke fire retardance.
OVERVIEW We are developing new composite materials using core-shell particles - a ceramic, metal, or polymer particle coated with a ceramic oxide shell.
We have an urgent requirement for a ceramic slurry coating / impregnation technology, used to produce ceramic filtration media from a reticulated polymer foam substrate.
OVERVIEW Our biological-source processes produce a broth/mixture of amino acids and ions, including valine, leucine, isoleucine, and alanine, among other substances.
OVERVIEW Looking for a comfortable grip material that can be used on a pen/pencil.
OVERVIEW A consumer goods company is seeking new & innovative materials to create next generation products.
OVERVIEWThis organization is seeking insulation for an internally cooled cylindrical component of a gaseous reactor.
Presently much of our flexible food packaging involves multilayer structures (usually including aluminium and / or plastic materials) which are not easily recyclable and are perceived as not natural by the consumer.
OVERVIEW Seeking a material that is low viscosity when concentrated or anhydrous, however, builds viscosity when diluted with water.
Overview: We are seeking new technologies, methods or processes to enable the removal of heavy metals and toxins from waste streams in steel making.
OVERVIEW In order to meet corporate goals for product nutrition and health, this organization must reduce the overall fat content of its commercial pastry offerings from ~27% to 17% and reduce the saturated fat content from 13-15% to 6%, ...
Overview This global organization is seeking a low weight material that can replace the heavy weight of steel but withstand the physical and chemical demands of automotive applications.
OVERVIEW This company is seeking a way to disinfect and sanitize hands and surfaces that does not depend on chemicals for bacteria kill, does not involve applying liquid, and does not use UV light.
OVERVIEW We are looking for technologies that can be incorporated into a container that will provide even heating of a wide range of foods, when heated in a conventional microwave oven.
OVERVIEWA few common additives and fillers are used in thermoplastics such as polypropylene and polyethylene to add or modify properties such as stiffness, heat resistance, tensile strength, and weight.
We are looking for a rigid plastic or composite substrate available as sheet or on a roll, with the following specifications: Tensile Modulus (E-modulus, Modulus of elasticity): At least >10,000 MPa (>10 GPa).
OVERVIEWWe're seeking carbon nanotubes for conductive applications that polymerized in bulk can offer better conductivity than carbon materials in use today, and which are lighter-in-weight than current non-carbon conductors.
We are looking for a (polymeric) binder to be formulated into a UV polymerizable composition and stable at high temperatures.
OVERVIEW We need to print thin conductive traces on touch-screen substrates, while maintaining good visibility through the screen, and achieving high adherence.
OVERVIEW We are seeking a solder mask that we can print using ink-jet technology.
OVERVIEW This organization seeks printing technology to produce higher-current miniature circuitry.
We're looking for a way to provide a four+ meter (14-foot) horizontal extension for the tape of a tape measure, without the tape buckling or "snapping.
OVERVIEW We need to extend horizontally the loose end of a small coil of lightweight stored material without external support -- essentially, achieving a cantilever supported only at one beam end.
We are looking for a film to be used for vacuum packaging of substrates coated with a chemical formulation.
OVERVIEW This organization needs a weight-saving alternative to sheets, and wires of copper and aluminum that can operate at specific frequencies.
Overview: We are seeking a pressure sensitive, non-permanent, non-toxic adhesive platform (or its components).
OVERVIEW We're looking for new-to-the-world, alternative methods for sawing, drilling, boring, cutting, or otherwise separating materials such as wood, metal, and composite.
OVERVIEW We wish to double (or more) the usable lifetime and performance of professional and industrial cutting tools such as band saws, reciprocating saws, auger bits, HSS drills, hole saws, and blades for circular saws.
OVERVIEW Rich, creamy foam with excellent height and long, stable persistence is a consumer indicator of quality cleansing products.
OVERVIEW A kiss may be just a kiss, but we're looking for unique materials to add to lip products for new lip sensations and experiences (such as cooling, warming, numbing, tingling and flavors), solutions that can impart prolonged sensat...
OVERVIEW We wish to protect the surface of our aluminum product when exposed to the harsh alkaline environment inside a dishwasher.
OVERVIEW Our client seeks a cost-effective and suitable for large scale manufacturing, low-friction surface for instantly ready-to-use intermittent catheters for both men and women, with the goal of achieving insertion and retraction with...
OVERVIEW Our client is looking to improve the performance properties of polyolefins, polyethylenes, and thermoplastics generally.
The silicone foam must be very light - 0,15 Kilos/cubicmeterThe cells must have very similar sizeThe silicone foam must be very elastic (instant and total shape recovery after deformation)The foam must have a very good water absorption co...
OVERVIEW Technology is required to enable the reduction of VOC's in binder/resins while maintaining or enhancing existing product properties.
We are looking for a coating to be put on top of an optical layer.
 
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