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Welcome to ACS Material! We are a high-tech company committed to the production and development of advanced nano materials including graphene. We are pleased to be among a select few graphene manufacturing companies supplying leading universities and tech companies around the world in their efforts to discover new ways to use this 21st century wonder material.
At ACS, we bring together state-of-the-art technology and advanced engineering to enhance and intensify the performance of our materials and our products. We are rapidly outpacing other graphene manufacturers and graphene material suppliers in all things relating to graphene; for quality, consistency, purity, and innovation, no graphene production companies even come close to ACS.
Our team is passionate about pioneering the next wave of advanced materials. Innovation is at the heart of everything we do. See for yourself what a difference ACS Material makes.
ACS Material LLC and our warehouse will be closed Christmas Day on December 25th 2020. Any orders received after 8:30am Pacific Time (11:30am Eastern Time) on Thursday, December 24th, will ship on Monday, December 28th 2020.
Similarly, we will be closed New Year's Day on January 1st, 2021. Any orders received after 8:30am Pacific Time (11:30am Eastern Time) on Thursday, December 31st, will ship on Monday, January 4th, 2021.
New! Analytical Testing Services- Choose from Inductively Coupled Plasma Optical Emission Spectroscopy / Mass Spectrometry (ICP-OES/MS), Transmission Electron Microscope (TEM), and Scanning Electron Microscope (SEM) services for your unique materials.
ACS will be closed for Thanksgiving on November 26-27th, 2020. Any in-stock orders received after 8:30am Pacific Time (11:30am Eastern Time) on Wednesday, November 25th, will be scheduled to ship on Monday, November 30th, 2020.
We wish you a happy and healthy Thanksgiving, from all of us at ACS Material.
Holidays are coming up fast and whether you are planning to travel or know others who may travel, ACS Material wants to keep you and yours safe. PPE Gift Sets are available with an all new gift-wrapping option for an added festive touch. Best of all, Ground Shipping isFREE!
Bonus: For a limited time only, all kits include a FREE GIFT: a pair of our Anti-Fog Protective Safety Goggles!
Introducing our very own Mini Hot Press designed for pressure molding polymer composite materials. This modern miniature version of much larger and bulkier lab equipment will enable you to prepare plastic sheets, dumbbell bars, straight and knotted bars, vertical combustion samples, oxygen index splines, etc. that can be used for testing mechanical properties. This machine has quick electric heating, accurate temperature controls, and a dual water cooling system. The efficient water cooling …
When Graphene Nanoplatelets (GNP) are added to polymers, they improve electrical and thermal conductivity, reduce gas permeability, and enhance mechanical properties such as tensile strength and surface hardness. ACS Material is proud to offer 3 types of Graphene Nanoplatelets varying in thickness. Graphene Nanoplatelets (2-10nm) is the industrial-grade type also available in bulk quantities. Get it here:
To make sure you are fully protected during the ongoing pandemic, we are proudly offering high quality PPE including N95 & KN95 masks, gloves, face shields, 75% alcohol based disinfectants and much more! Stay safe and check out our wide variety of Lab Supplies for your PPE needs:
In-stock & available now! BYD N95 respirator, both FDA & NIOSH approved. Filtration efficiency is 95% or greater against solid and liquid aerosols free of oil. Place your order directly online or contact us for bulk inquiries for frontline & healthcare workers.
Our Graphene TEM Support Films prevent particles from slipping through microscopic grid holes for high-quality Transmission Electron Microscopy (TEM) imaging without interference! We offer Graphene on TEM Copper grids as well as Silicon Nitride types, all at competitive prices. Shop today!
Our high-quality, high-purity single-layer graphene is deposited on 35μm copper foil sheet via chemical vapor distribution (CVD) and it’s continuous across the surface of the copper sheet. Now available in large size 12"x8"!
CVD method is used to synthesize this high-quality graphene product resulting in monolayer graphene coverage of more than 90%. Now available in large size 12"x8"! CVD graphene on PET is ideal for flexible and …
Boasting excellent thermal stability from its large specific surface area, SSZ-13 Zeolite shows exceptional applicability in CO2 adsorption and separation. It's versatile and our new H+ form is available in bulk quantities. We can even help you customize it to your needs! Contact us today for more details!
Both Graphene and Graphyne are 2-D allotropes of carbon that hold exciting promise in a variety of fields, but subtle differences in their structure make a significant impact in how they function. Learn more about the key differences between Graphene and Graphyne on our blog:
Graphene Nanoplatelets (GNP) are short stacks of platelet-shaped graphene sheets. The stack size and shape are what sets this product apart from graphite as it provides barrier properties and the graphene component makes it an excellent conductor. When exfoliated Graphene Nanoplatelets are added to polymers, they add electrical and thermal conductivity, reduce gas permeability, and improve mechanical properties, such as tensile strength and surface hardness.
Measurements of the intrinsic strength of Graphene consistently indicate it’s the strongest material ever discovered. Its simple structure paired with the enormous strength of the individual bonds within, results in very few structural defects across its surface.
Graphene’s strength in combination with its other electrical and mechanical properties open the door for many exciting applications. ACS Material has a range of high-quality Graphene products available for researchers around …
ACS Material is happy to introduce the newest addition to our Silver Nanowire series: Agnw-X23
Our X23 Silver Nanowire is an industrial scale product available in bulk quantities. Agnw-X23 is perfect for producing Transparent Conductive Film (TCF) and it is the main raw material used in our very own Graphene/Silver Nanowire Composite Transparent Conductive Film. For additional categories of Silver Nanowire including high aspect-ratio (Agnw-L30 & Agnw-L50) and other Ultra-Long Length …
Indium Tin Oxide (ITO) TCFs have traditionally dominated the market & its drawbacks have been well documented such as limited performance/availability of the raw material. Today we present a hybrid TCF like none other with the combined advantages of Graphene & Silver Nanowire boasting low sheet resistance, high flexibility, …
Nanomaterials, aerogels & ballistic materials are reaching new & exciting heights in tech. What we once knew as merely sci-fi is now possible with materials such as Graphene. Read our blog to learn how graphene is changing how we design and produce sports equipment on our blog:
Graphene is a revolutionary material being produced in great volumes by manufacturers like us. Its impressive properties are continuously growing the list of applications that can employ its use. Learn about the many impressive traits of graphene on our blog: https://acsmaterial.com/blog-detail/an-insight-into-graphene-facts.html
ACS Material LLC and our warehouse will be closed Christmas Day on December 25th 2019. Any orders received after 8:30am Pacific Time (11:30am Eastern Time) on Tuesday (December 24th), will ship on Thursday, December 26th 2019.
Similarly, we will be closed on New Year's Day (January 1st, 2020). Any orders received after 8:30am Pacific Time (11:30am Eastern Time) on Tuesday (December 31st), will ship on Thursday, January 2nd 2020.
We will be closed for Thanksgiving on November 28-29th 2019. Any in-stock orders received after 8:30am Pacific Time (11:30am Eastern Time) on Wednesday, November 27th, will be scheduled to ship on Monday, December 2nd 2019.
Happy Thanksgiving 2019, from all of us at ACS Material LLC!!
Discovered only recently in 2011, MXene constitutes a new and exciting family of 2D materials with an incredibly wide range of conceivable chemistries and marketable properties. They are derived from cermet composite bulk crystals called MAX whereby the A element is selectively removed. Akin to Graphene, these conduct heat and electricity like metals, yet they are strong, brittle, and heat-tolerant like ceramics. Unlike most 2D ceramics, MXenes have inherently high conductivity and excellent …
Graphdiyne (GDY) is a relatively new highly stable carbon allotrope demonstrating positive potential in the advancement of future technologies accross many industries. It is a single atom thick 2D material exhibiting uniformly distributed pores of dimensions less than a single nanometer. Its characteristics can be finessed for use in applications such as gas filtration, helium separation (chemical and isotopic), water filtration and purification technologies, lithium storage and even as a …
Graphene can be easily dispersed in water, which makes it highly popular among those trying to achieve better mechanical and electrical properties. As the most common solvent for graphene dispersion, scientists are able to easily the size of lateral graphene sheets that are being produced. With graphene application trending toward thin-film techniques, graphene dispersion in water will clearly be a hot commodity in the coming years. You can count on ACS graphene that has been dispersed in water …
ACS Material is proud to introduce professional Thermal Testing Services now available for Wires/Fibers & Films, 2D Materials, Coatings and Bulk Materials. Our measurement capabilities for thermal conductivity, thermal diffusivity, specific heat and interface thermal resistance are unique and exhibit high accuracy. Our innovative testing methods include but are not limited to the Transient Electrothermal Technique (TET), Raman or ET-Raman Technique and Photothermal Technique for …
ACS Material is supplying graphene transfer service
Nov-13-2011 | ACS MATERIAL LLC
Due to the difficulty of the existence for free standing (suspended, or isolated) single-layer graphene without base, it is impossible to supply commercial suspended single-layer graphene. In order to solve the difficulty, our company can supply the half-transferred graphene. Our valuable customers can obtain the free standing single-layer graphene, and as-prepared graphene can be transferred to other bases very easily.
Our valuable customers buy our products, at the same time they buy our …
The products and services ACS Material are supplying include:
1) **Coming Soon** Super large size graphene on copper foil up to 15cm*30cm; 2) Double or multi-layer graphene; 3) Graphene transferred onto silicon dioxide substrate; 4) Pretreated graphene: Graphene has been coated PMMA, just after some simple steps, you can transfer it to other different substrates; 5) N-type nitrogen-doped graphene: different doping concentrations of N-type graphene; 6) Graphical graphene: According to …
Silver nanowires (Silver NWs) have been attracting more and more attention because of their intriguing electrical, thermal, and optical properties. Silver has the highest electrical conductivity (6.3 × 107 S/m) among all the metals, by virtue which Ag NWs are considered as very promising candidates in flexible electronics. Therefore Silver NWs transparent conductive film is a promising alternative to ITO (the most commonly used materials are doped metallic oxides, mainly indium tin oxide). …
ACS Material has made a breakthrough in silver nanowire fabrication, manufacturing scale-up
Nov-13-2011 | ACS MATERIAL LLC
Silver nanowire is a Smart, New Alternative to ITO Film. The silver nanowire based films offer higher light transmission, greater flexibility, bendability, durability and cost effectiveness than ITO. Silver nanowire is a novel metal material for use in electrically or thermally conductive applications.
Now ACS Material has maken a breakthrough in the silver nanowire fabrication and manufacturing scale-up. ACS Material has a new method to produce high purity silver nanowire, and is able …
Due to the unique physical properties of hydrophobic zeolite adsorbents, solvent control systems using hydrophobic zeolite may exhibit separation capacity equal to or better than systems using activated carbon without requiring much of the support equipment. Though activated carbon remains the adsorbent of choice for many applications, hydrophobic zeolite represents an efficient alternative for many niche applications.
Here is the Properties of ZSM-5 adsorbent we are supplying:
Vinyl acetate is an important downstream product of acetic acid. However, the trace of iodine (about 5× 10-8 wt ) in acetic acid must be removed for the preparation of vinyl acetate.
Our company has developed a new adsorbent which can efficiently remove the trace iodine in acetic acid, acetic acid. The acetic acid After removal of iodine in iodine content (mass fraction) down to (1 ~ 5) × 10-9 can be meet the requirements for raw materials of vinyl acetate.
Super-low Initial Expansion Temperature Expandable Graphite
Aug-25-2013 | ACS MATERIAL LLC
ACS Material, LLC is pleased to introduce a new family of Expandable Graphite (EG) products. Expandable Graphite has wide application as a fire-retardant additive in plastics, foams, wood products, putties and coatings. Two critical parameters apply to the utility of the product: expansion start temperature (EST) and the ratio of expansion. The EST is determined by measuring the volume of the sample as the ambient temperature is increased. When the volume reaches 1-1/2 times the …
Two-dimensional Graphene and Graphene Oxide have incredible intrinsic strength, which has led to the possibilities of interwoven nano-structures. This potential is realized in graphene and graphene oxide papers, which can easily distribute loads and offer controlled permeability due to the extraordinary stiffness and strength of the underlying structures. This technology can be applied to batteries, super-capacitors, and a myriad of discoverable inventions. When Graphene Oxide Paper is …
Trivial Transfer Graphene™ Patented (US Patent #8,906,245)
Jan-04-2015 | ACS MATERIAL LLC
January 4, 2015
ACS Material, LLC is excited to announce that it has been awarded US Patent #8,906,245 for Trivial Transfer Graphene®. During the three years that ACS has sold TTG®, hundreds of researchers have discovered its enormous utility and ease of use. TTG® offers a simple way to experiment with previously very difficult transfers and as a result we have seen many new technologies developed from this remarkable engine of innovation.
Graphene Quantum Dots exhibit unique optical and electronic properties due to their quantum confinement and edge effects, and have a variety of novel applications. ACS Material is happy to announce our new Graphene Quantum Dots Series!
ACS MATERIAL--GRAPHENE SLURRY IN NMP (OXYGEN <5WT%)
Jan-15-2017 | ACS MATERIAL LLC
ACS Material, LLC is pleased to introduce a new product -Graphene Slurry in N-Methyl-2-pyrrolidone(NMP) with Oxygen < 5 wt%. This product is thin graphene based NMP slurry with high electrical conductivity. It is non-toxic, non-strange odor, non-corrosive characteristics, chemical stability, and low resistivity. By contrast with the similar products, this product with technical advantages is metal ion free and can be widely applied in battery slurry as conductive agent to improve the high …
Metal-Organic Frameworks (MOFs)—Open to the New World of "Porous Material"
Jul-01-2017 | ACS MATERIAL LLC
Metal–organic frameworks (MOFs), built from the coordination of metal ions and organic ligands, possess defined and tunable structures at a molecular level. Owing to their unique properties like high surface areas, tunable pore sizes and multiple functionalities, MOFs have been widely studied and utilized in areas such as gas storage/separation, catalysis, magnetic material, and luminescence.1
Si/C Composite Anodes - The New Energy Vehicle Revolution
Aug-23-2017 | ACS MATERIAL LLC
A lithium-ion battery is one of the most popular energy storage systems in consumer electronic and electric vehicle applications.1 Graphite has been commonly used as an anode material for lithium-ion batteries due to its low and flat working voltage, good cyclability in compatible electrolyte and so on. Its theoretical capacity is limited to 370 mAh/g and volumetric capacity of 830 Ah/L and in order to increase the specific energy of lithium-ion batteries, alternative anode materials with …
Upconverting Nanoparticles (UCNPs) are luminescent nanomaterials ranging from 1 to 100 nm in size. UCNPs absorb multiple photons of near-infrared (NIR) light and convert them into higher-energy light regions, ranging between ultraviolet (UV) and visible frequencies of the electromagnetic spectrum. The many unique properties (large anti-Stokes shifts, steady and long-lived luminescence, high resistance to photobleaching and no photoblinking) have attracted interest from the biophotonics field …
Covalent organic frameworks (COFs) are a class of porous polymer in which organic building blocks are precisely integrated into extended structures with periodic skeletons and ordered pores1. COFs are a new type of crystalline porous solids with well-defined two-dimensional (2D) or three-dimensional (3D) molecular structures. This places them in contrast to other types of porous material, such as zeolites, mesoporous silica, organosilica, metal organic frameworks (MOFs), carbons, and metal …
Graphene aerogel (GA) is considered to be the lightest solid material and consists of 99.98% volume of air; it is so light that it can be balanced on even the smallest of plants. They are commonly low in density and thermal conductivity but make excellent insulators as they are almost completely comprised of gases. GAs are also very elastic but can go back to its complete, original form after being compressed. Due to its light weight, graphene has been proposed as a substitute for the …
Graphene is a single layer, two-dimensional crystal allotrope consisting of pure carbon atoms that is only one atom thick, revealing a hexagonal shape resembling a honeycomb. The first method to obtain a single-crystal graphene (SCG) was found by mechanically exfoliating a graphite crystal with adhesive tape and it has been the most efficient way of producing the cleanest, atomically thin nanosheets of layered materials.1 Repeated peeling is necessary but it is not easy to determine the number …
Zinc oxide (ZnO) is a semiconductor with a wide band gap (3.37 eV) and a high-exciton binding energy (60 meV).1 Based on its unique properties, researchers have studied its potential application for optoelectronic devices, field emitters, solar cells, sensors and transparent electrodes.2 ZnO is a versatile functional material that has a diverse group of growth morphologies, such as nano-combs, nano-rings, nano-helixes or nano-springs, nano-belts, nanowires and nanocages.3 Of these various …
Our Trivial Transfer Hexagonal Boron Nitride (TTh-BN) is now available. It's the easiest way to transfer monolayer h-BN onto any substrate. We've done the hard work for you, so you can experiment easily with your own substrates. Read more about h-BN on our h-BN blog.
Titanium Dioxide (TiO2) nanomaterials have been used primarily as photocatalysts over past few decades, however, its wide band gap largely limited TiO2 activity to the UV region of the solar spectrum. The discovery of ‘‘black’’ titanium dioxide nanoparticles with visible infrared absorption opened up all new possibilities in this sector.
Zeolites, also called molecular sieves, are crystalline microporous materials formed primarily by SiO4 and AlO4 corner-sharing tetrahedral building units that form three-dimensional (3D) frameworks with well-defined channels and cavities of molecular dimensions. The void space within the crystal allows zeolites to discriminate molecules based on their size or geometric shape. Read more on our Introduction to Zeolites blog.
GlowDots are nanoparticles conjugated with specific dyes to produce white-emitting particles with tunable excitation wavelengths. These are a chemical novelty because their particle size, size distribution, stability, surface chemistry and emission properties are under full chemical control and their size and absorption/emission properties can be independently tuned. Read more on ourGlowDots blog.