New Mailing Address

Our mailing address has changed!

Please forward all mail to our new Pasadena, California office:

ACS Material, LLC

959 E Walnut Street Suite 100

Pasadena, CA 91106

New Al-MCM-41 Molecular Sieve

We are proud to announce our newly added molecular sieve!

Al-MCM-41  SKU# MAM41012

ACS Material accepts customized and large quantity orders. Please contact us if you have any questions or special requests.

We Are Exhibiting! May 10-11, 2017 Berlin, Germany

ACS Material, LLC will be exhibiting at the ID TechEx Show! on May 10-11, 2017 in Berlin, Germany. 

Be sure to stop by our booth (Booth A16) to check out our new products, services, and technologies. You will also have a chance to meet and talk to our representatives.

Find out more about the exhibition at: 

http://www.idtechex.com/europe2017/show/en/ 

See you in Berlin!

New Carbon Series Products

Check out our newly added products within our Carbon Series:

Single-Walled Carbon Nanohorns SKU# CNHS00A2

Fluorinated Carbon Nanotubes SKU# CFNT0122

ACS Material accepts customized and large quantity orders. Please contact us if you have any questions or special requests.

ACS Material--Graphene Slurry in NMP (Oxygen <5wt%)

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 …

ACS Material -- New Graphene Quantum Dots Series

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!

Aminated Graphene Quantum Dots

Blue luminescent graphene quantum dots

Carboxylated Graphene Quantum Dots

Chlorin Functionalized Graphene Quantum Dots

Green Graphene Quantum Dots

Hydroxylated Graphene Quantum Dots

ACS Material accepts customized …

Trivial Transfer Graphene™ Patented (US Patent #8,906,245)

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.

Please …

Graphene & Graphene Oxide Papers

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 …

Super-low Initial Expansion Temperature Expandable Graphite

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 …

Trivial Transfer Graphene™

Want to transfer the graphene onto other substrates? Just one second.This technique can be used for graphene transfer, carbon films transfer and other films transfer.

http://www.acsmaterial.com/trivial-transfer-graphenetm-1158.html

Deiodination ZSM-5 during acetic acid production

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 …

Hydrophobic Zeolite ZSM-5 Adsorbent

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:

ACS Material has made a breakthrough in silver nanowire fabrication, manufacturing scale-up

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, …

Silver Nanowire-as an ITO Alternative

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 of 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 …

N-type graphene of different doping concentration

Nitrogen -doped N-type graphene (standard 2cm x2cm and 4cm x2cm)

The graphene doped with nitrogen s called N graphene. We are able to produce N-type graphene of different doping concentration steadily.

Graphene Customer Order Service

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 …

ACS Material is supplying graphene transfer service

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 …

New MCM-48 Molecular Sieve

We are proud to announce our newly added molecular sieve!

MCM-48  SKU# MSM48005

ACS Material accepts customized and large quantity orders. Please contact us if you have any questions or special requests.

New In-Stock: Fluorinated Graphene

We are happy to introduce our Fluorinated Graphene! A newly added product to our Graphene Series. 

SKU# GNFA0001

ACS Material accepts customized and large quantity orders. Please contact us if you have any questions or special requests.

Upconverting Nanoparticles

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 …

Si/C Composite Anodes - The New Energy Vehicle Revolution

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 …

Metal-Organic Frameworks (MOFs)—Open to the New World of "Porous Material"

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

Figure 1. SEM image of Cu₃(BTC)₂ MOF of ACS Material.

Cu₃(BTC)₂ …

Covalent Organic Frameworks (COFs)—2D/3D Crystalline Porous Materials

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

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 …

Single-Crystal Graphene

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 Nanowire

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 …

2018 New Year Holiday Schedule

Dec. 21, 2017

ACS Material LLC and our warehouse will be closed on January 1st 2018. Any orders received after 8:30am Pacific Time (11:30am Eastern Time) on Friday (December 29th), will ship on Tuesday, January 2nd.

Happy New Year!

ACS Material, LLC

contact@acsmaterial.com

(US) 866 227-0656

Fax: 781 518-0284

Happy Memorial Day

May 25, 2018

ACS Material LLC operations office and our warehouse will be closed on May 28^th, 2018. Any orders received after 8:30am Pacific Time (11:30am Eastern Time) on Friday (May 25th), will ship on Tuesday, May 29th.

Happy Memorial Day!

ACS Material, LLC

contact@acsmaterial.com

(US) 866 227-0656

Fax: 781 518-0284

2018 Labor Day Schedule

August 29, 2018

ACS Material LLC operations office and our warehouse will be closed on Septermber 3^rd, 2018. Any orders received after 8:30am Pacific Time (11:30am Eastern Time) on Friday (August 31^st), will ship on Tuesday, September 4^th.

Happy Labor Day!

ACS Material, LLC

contact@acsmaterial.com

(US) 866 227-0656

Fax: 781 518-0284

FluoDots

FluoDots are single protein nanoparticles labeled with particular fluorescent dyes for imaging and other applications. FluoDots are water-soluble, non-toxic, biocompatible, biodegradable and can be potentially used in LED coatings as biophosphors, in cell imaging, solar cells, cancer drug delivery and other biological applications. Read more on our Fluodots blog!

TTh-BN is finally here!

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. 

GlowDots

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 our GlowDots blog. 

We have Zeolites!

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.