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BioPTMG

Mitsubishi Chemical Corporation has developed BioPTMG, an environmentally friendly polyol that is manufactured from bio feedstocks.
BioPTMG has the same performance as petroleum-derived PTMG as a raw material for polyurethane resins and polyester resins, and has excellent impact resilience, wear resistance, hydrolysis resistance, flexibility at low temperatures, etc.
Taking advantage of its characteristics, it can be used in a wide range of fields from interior and fashion to industrial materials.
In case you are interested in our BioPTMG we are ready to send you samples for your own evaluation.

  • Grades:
    BioPTMG650、BioPTMG1000、BioPTMG2000、BioPTMG3000
  • CAS No.:
    25190-06-1
  • Japan, Chemical Substances Control Law:
    (7)-129
  • Japan, Poisonous and Deleterious Substances Control Law:
    Not applicable.
  • Japan, Fire Services Law:
    Hazardous Material Class 4 Petroleums No.4 Hazardous Rank III(BioPTMG650)
    Combustible Materials, Flammable Solids(BioPTMG1000, 2000, 3000)

PTMG

PTMG (Poly(tetramethylene ether)glycol / PTMG) is a linear polyether glycol with hydroxyl groups on both ends. As a polyol, it reacts readily with isocyanates (for example MDI, TDI), etc. to make resins with excellent properties.

  • Grades:
    PTMG250、PTMG650、PTMG850、PTMG1000、PTMG1300、PTMG1500、PTMG1800、PTMG2000、PTMG3000、PTMG4000(under development)
  • CAS No.:
    25190-06-1
  • Japan, Chemical Substances Control Law:
    METI-No. 7-129
  • Japan, Poisonous and Deleterious Substances Control Law:
    Not applicable.
  • Japan, Fire Services Law:
    Hazardous Material Class 4 Petroleums No.3 Hazardous Rank III (PTMG250)
    Hazardous Material Class 4 Petroleums No.4 Hazardous Rank III (PTMG650,850)
    Combustible Materials, Flammable Solids (PTMG1000, 1300, 1500, 1800, 2000, 3000, 4000(under development))

Maleic Anhydride

Maleic anhydride is produced by oxidation of benzene or a C4 hydrocarbon such as butane in the presence of a vanadium oxide catalyst. Maleic anhydride can be converted to maleic acid by hydrolysis and to esters by alcoholysis.

  • CAS: No. 108-31-6 (T)
  • EINECS: No. 203-571-6
  • Japan, Chemical Substances Control Law: METI-No. 2-1101
  • Japan, Industrial Safety and Health Law: ID No. 554 (SDS required)
  • Japan, Poisonous and Deleterious Substances Control Law: Not applicable.
  • Japan, Fire Services Law: Not applicable.

THF

THF (Tetrahydrofuran) is a stable compound with relatively low boiling point and excellent solvency. It is widely-used for dissolution and reaction of various substances. Also it is used as a starting material for the synthesis of poly(tetramethylene ether) glycol (PTMG), etc. Since 1982, Mitsubishi Chemical's Yokkaichi plant has produced high-purity, high-quality THF from butadiene using our proprietary technology.

  • CAS: No. 109-99-9 (T)
  • EINECS: No. 203-726-8
  • Japan, Chemical Substances Control Law: METI-No. 5-53
  • Japan, Industrial Safety and Health Law: No. 5-53, ID No. 367 (SDS required)
  • Japan, Poisonous and Deleterious Substances Control Law: Not applicable.
  • Japan, Fire Services Law: Hazardous Material Class 4 Petroleums No.1 (water-soluble liquid). Hazardous Rank II
  • U.N. Class: 3
  • U.N. No.: UN2056

NMP

NMP (N-Methyl-2-Pyrrolidone) is a polar solvent with outstanding characteristics. It has a wide range of applications because it offers very high solvency, high boiling point, low freezing point, and ease of handling.

  • CAS: No. 872-50-4 (T)
  • EINECS: No. 212-828-1
  • Japan Chemical Substances Control Law: METI-No. 5-113
  • Japan, Industrial Safety and Health Law: No. 8-1-1014
  • Japan, Poisonous and Deleterious Substances Control Law: Not applicable.
  • Japan, Fire Services Law: Hazardous material Class 4 Petroleums No.3 (water-soluble liquid).

GBL

GBL has a wide range of practical applications because of its low freezing point, high boiling point, and a unique combination of solvent and electrical properties. It has applications as a solvent for special resins, in photography, in batteries, and as an electrolyte. Also a number of derivatives are synthesized from GBL.

  • CAS: No. 96-48-0 (T)
  • EINECS: No. 202-509-5
  • Japan Chemical Substances Control Law: METI-No. 5-3337
  • Japan, Industrial Safety and Health Law: No. 5-3337
  • Japan, Poisonous and Deleterious Substances Control Law: Not applicable.
  • Japan, Fire Services Law: Hazardous material Class 4 Petroleums No.3 (water-soluble liquid).Aprotic, polar solvent.

2P

2P (2-Pyrrolidone) is a widely-used solvent with outstanding characteristics. It is miscible with almost all other organic solvents and has a high boiling point.

  • CAS: No. 616-45-5 (T)
  • EINECS: No. 210-483-1
  • Japan, Chemical Substances Control Law: METI-No. 5-112
  • Japan, Industrial Safety and Health Law: No. 5-112
  • Japan, Poisonous and Deleterious Substances Control Law: Not applicable.
  • Japan, Fire Services Law: Hazardous material Class 4 Petroleums No.3 (water-soluble liquid).

12BG

12BG (1,2-butanediol) is a glycol with hydroxyl groups on the first and second carbon of the 4-carbon chain. It can react with a dicarboxylic acid (for example phthalic acid or adipic acid), for use as a polyester polyol or a plasticizer. Moreover, it is also possible to make it react with an unsaturated dicarboxylic acid (for example, maleic anhydride) for use as an unsaturated polyester resin raw material.

  • CAS: No. 584-03-2 (T)
  • EINECS: No. 209-527-2
  • Japan, Chemical Substances Control Law: METI-No. 2-235
  • Japan, Industrial Safety and Health Law: No. 2-235
  • Japan, Poisonous and Deleterious Substances Control Law: Not applicable.
  • Japan, Fire Services Law: Hazardous material Class 4 Petroleums No.3 (water-soluble liquid).

14BG

14BG (1,4-Butanediol) is a straight chain glycol with hydroxyl groups on both ends. It is used as a raw material for high performance polyester and polyurethane resins as well as for industrial chemicals like tetrahydrofuran and gamma-butyrolactone. Since 1982, Mitsubishi Chemical's Yokkaichi plant has produced high-purity, high-quality 14BG from butadiene using our proprietary technology.

  • CAS: No. 110-63-4 (T)
  • EINECS: No. 203-786-5
  • Japan, Chemical Substances Control Law: METI-No. 2-235
  • Japan, Industrial Safety and Health Law: No. 2-235
  • Japan, Poisonous and Deleterious Substances Control Law: Not applicable.
  • Japan, Fire Services Law: Hazardous material Class 4 Petroleums No.3 (water-soluble liquid).

PCD_BENEBiOL™

The world‘s only biomass-based polycarbonatediol with superior characteristics

Polycarbonatediol(PCD) is a linear polycarbonate with hydroxyl groups at both ends. It easily reacts with isocyanate compounds(e.g. MDI, TDI, IPDI, H12MDI), and generates polymers with characteristics such as durability and chemical/hydrolysis resistance.

BENEBiOL™ is the world’s only biomass-based PCD developed by our proprietary manufacturing technology. Because of “key monomer“ of each grade, polyurethane resins based on BENEBiOL™ will show an outstanding property level with regard to flexibility and chemical/stain resistance for example, in addition to the characteristics of conventional PCD. Besides, your product will be equipped with unique touch and feeling.

Furthermore, BENEBiOL™ enables your product to be more sustainable, as some of raw materials of BENEBiOL™ are biomass-based.

Characteristics of polyurethane resins based on BENEBiOL™

  • sustainable:
    biomass-based(some grades:non-edible biomass-based)
  • long life and good appearance:
    transparency, stain resistance, chemical resistance, durability, toughness, weather resistance
  • unique touch and feel:
    flexibility, soft feel and touch, high hardness, good fit

Mitsubishi™ Coke

Mitsubishi™ Coke is a raw material used in blast furnaces. The coke is manufactured by blending many types of coal and carbonized (coking) at a high temperature of about 1200 ℃ in a coke oven. Coke is one of the essential raw materials for iron-making in blast furnaces, and is supplied to major steel mills in Japan and other countries.

LINKLON™

LINKLON™ is a silane crosslinkable polyolefin based resin. The post crosslinking reaction drastically boost the material performance in terms of heat resistance and creep behavior at elevated temperature.

Tubular plastic tube that shrinks when heated for easy coating. The product is widely used in such applications as insulation, color-coding, protection and falsification prevention.
Download the catalog in PDF format for more information on the features and sizes of products.

Carbon fiber is a high-strength and high-elastic modulus material, yet its specific gravity is only one-fourth that of iron. It, therefore, enables high strength, high rigidity, and weight-saving in a wide variety of applications.
Carbon fiber tow, made of bundles of untwisted filaments, is the essential material in our carbon fiber product line.

Carbon fiber prepreg is an intermediate material in the form of a sheet of carbon fiber impregnated with matrix resin. There are various types of prepreg such as UD prepreg (unidirectional prepreg), in which carbon fibers are aligned in one direction, and cloth prepreg, in which carbon fibers are woven into a fabric and impregnated with matrix resin.

Carbon fiber fabrics have excellent drape properties which make them ideal for 3D shape applications. Due to the outstanding design possibilities they offer, carbon fabrics are also in high demand for applications that require visual appeal. As well as their design potential, carbon fabric materials offer excellent layup efficiency. You can layup a single ply in two directions.

Carbon Chopped Fiber is a product made by chopping carbon fiber tow.
Carbon Milled Fiber is a product made by grinding milling chopped fiber into a powder (milled) form.
Chopped fiber is typically around 3 to 6 mm long, while milled fiber is typically less than 200 µm long. Both of these materials are used to enhance the physical properties of thermoplastic resins and rubbers, and to increase electrical and thermal conductivity.

Compared with conventional steel plate or concrete-jacketed reinforcements, REPLARK simplifies construction and shortens construction period by eliminating the need for heavy machinery. For its high strength, lightweight, high durability, and excellent workability, REPLARK has earned an outstanding reputation for the repair and reinforcement of bridge piers, floorboards, columns, chimneys, and for other structural applications.

e-Plate/Leadline: This repair and reinforcement material enables reinforcement by simply attaching or embedding prefabricated carbon fiber reinforced plastics (CFRP), without the need for resin impregnation or for layering the required amount of reinforcement, as in the case of repair and reinforcement using carbon fiber sheets, thereby reducing construction time and improving construction quality.

Carbon Fiber FMC (CF-SMC) is a sheet-type intermediate material made of cut high-strength carbon fiber impregnated with thermosetting resin. This material can be press molded, substantially reducing molding time compared to conventional autoclave or oven molding.

In addition, compared with carbon fiber intermediates of Continuous fibers, the random arrangement of Short fibers ensures fluidity and makes it possible to mold intricately shaped parts like those with ribs and bosses.

GDL (Gas Diffusion Layer) is a gas diffusion layer base material for fuel cells. This is a carbon paper-type product developed based on carbon fiber and composite material technology.

Carbon fiber composite materials, also known as carbon fiber reinforced plastics (CFRP), are composite materials made of carbon fibers and resin (mainly epoxy resin).
As light, strong, and hard materials, they are used in wide range of applications such as sporting goods, industrial, aircraft and automobile components. By selecting suitable resin, it is possible to add features like heat resistance, impact resistance, and flame retardant, and thus provide superior characteristics not found in conventional metals and ceramics to enable a reduction in the weight of parts, give freer design.

C/C (carbon fiber reinforced carbon) composites are made of carbon matrix reinforced with carbon fiber, and have high strength, high elasticity, high toughness, and ultra-high heat resistance, and can be used at temperatures above 1,000ºC.

C/SiC, also known as ceramic matrix composite (CMC), is a composite material with a ceramic matrix, and our CMC is reinforced with carbon fiber. It has higher strength and elasticity than C/C composite, and can be used in a wider variety of applications.

CARBOLEADER® is a carbon roller that simultaneously offers light weight, high rigidity, and a high critical number of revolutions. It is used for a wide range of applications, including separators for rechargeable batteries, for optical applications and all kinds of films, for printing, and paper manufacture. It can significantly increase productivity and reduce costs by improving production quality and speed, and reducing defect rates.

ZEBREX

ONE pass dehydration, Easy operation, Various solutions with various zeolite membranes
  • ZEBREX™ is cutting-edge zeolite membrane dehydration process, which can continuously dry variety of organic solvents by only One pass ex.) Ethanol(including bioethanol), Isopropanol, Acetone, Methyl Ethyl Ketone, etc
  • With a proven track-record at over 100 projects over the world, ZEBREX™ contributes to optimization of your plant process, realizing capacity expansion and energy saving at the same time.
  • Our wide lineup of zeolite membrane type enables us to apply ZEBREX™ to variety of organic solvents and water concentration.

Amphoteric Ion-Exchange Resin

DIAION™ AMP03 is an amphoteric ion-exchange resin with a quaternary ammonium group and carboxy group incorporated into the crosslinked polystyrene backbone. Thanks to uniform 260 µm beads size, AMP03 realizes sharp elution peak in the separation of electrolytes from non-electrolytes, between electrolytes (sodium chloride and sodium sulfate), etc.

The low-odor, low-leachable anion exchange resin reduces the release of total organic carbon (TOC) and amines to prevent offensive odors.

Acrylic-based

The weakly basic anion exchange resins use either a polystyrene or polyacrylic ester frame and a primary-ternary amino group as the functional group. Although the anion of a salt like NaCl or Na2SO4 cannot be exchanged, the exchange of an anion of a mineral acid such as HCl and H2SO4, or the salt of a weak base like NH44Cl can be carried out.

Type I Structure:  Strongly basic anion exchange resin

An amino functional group is incorporated into the anion exchange resin enabling the exchange of anions like the Cl- ion and the SO4-- ion. Strongly basic anion exchange resins and weakly basic anion exchange resins can be defined according to the basic strength of the amino functional group.
The ion exchange resin that has a quaternary ammonium group is strongly alkaline and dissociates just like NaOH and KOH. Therefore it is called a strongly basic anion exchange resin.

Methacrylic acid-based weakly acidic cation exchange resin

The weakly acidic cation exchange resins have the carboxylic acid group (-COOH) as the exchange group. There are two kinds --- a methacrylic acid type and an acrylic acid type. The acrylic acid weakly acidic cation exchange resin is used for processing water with high carbonate hardness. The methacrylic acid type is used for purification of antibiotics and amino acids.

DIAION™ Series(Strongly Acidic Cation Exchange Resins)

The strongly acidic cation exchange resins are bead-like products which have a sulfonic acid group in the cross-linked styrene frame. They can be used across the full pH range (0-14), and are relatively stable to temperature, even withstanding high temperatures of 100-120℃. They are used in a wide variety of fields including water purification, water softening, wastewater treatment, purification of pharmaceuticals and food, and catalysis.

GaN Wafer

Gallium Nitride is one kind of wide-gap compound semiconductors.
CAS No.25617-97-4
EINECS Number 247-129-0
Mitsubishi Chemical's Gallium Nitride (GaN) substrate is a high-quality single-crystal substrate. It is made with original HVPE method and wafer processing technology, which has been originally developed for many years. The features are high crystalline, good uniformity, and superior surface quality. GaN substrates are used for many kinds of applications, for white LED and LD(violet, blue and green) Furthermore, development has progressed for power and high frequency electronic device applications. In order to achieve higher quality and productivity, we have been developing the Liquid Phase growth process ; SCAAT(TM).

X-ray Scintillator Screen

Scintillator is a material that convert radial ray such as X-ray into the visible light. By using with a light detector such as TFT, CCD, CMOS sensors, The image can be efficiently converted to a digital image.
Mitsubishi Chemical has its own phosphor manufacturing technology and processing know-how, including the DRZ series used for medical X-ray diagnostic imaging and baggage inspection, We have commercialized excellent scintillators for digital X-ray equipment such as Short Decay and Low Afterglow Type used for high-speed line sensors for contamination inspection.

Phosphor is a material which absorbs light energy, such as ultraviolet and visible rays, and converts it into certain light. Mitsubishi Chemical Corporation has long experience in development and manufacture of phosphor for more than 50 years. Based on manufacturing technology derived from this experience, Mitsubishi Chemical Corporation provides phosphors for optical devices such as LED and lasers.

MPG (natural graphite-based materials) / ICG (artificial graphite-based materials)

Mitsubishi Chemical provides two types of anode materials for lithium-ion batteries: MPG, natural graphite-based materials and ICG, artificial graphite-based materials. MPG shows excellent performance under rapid charging and discharging cycles. ICG has large capacity with improved battery life.

"YUPO" is a synthetic paper made from polypropylene resin as its primary material. It offers extraordinary beauty, strength and flexibility. YUPO combines the advantages of both paper and plastic film, and thanks to its unique qualities, it is used widely in several fields, including the commercial printing, packaging and communication paper.

taic

Adding TAIC™ to the crosslinking process of polymers and rubbers greatly improves crosslinking efficiency, heat resistance, and mechanical properties.


CASNo.:
1025-15-6
TSCA   :
1025-15-6
EINECS:
213-834-7

sol-rite

Sol-Rite™, formulated electrolytes in organic solvents, are mainly used for lithium-ion batteries. It is also used for primary lithium batteries and aluminum electrolytic capacitors. Functional additives in the formulation improve battery performance significantly.

Reny is our brand name of high performance polyamide compound reinforced with glass fiber, carbon fiber or mineral fillers, based on proprietary polyamides (mainly polyamide MXD6) developed by Mitsubishi Gas Chemical Company, Inc. Reny generally has he highest mechanical strength and modulus  in engineering plastics, most suitable for replacement of metal parts.

Iupital is a high-grade polyacetal (POM) resin using proprietary “copolymer” manufacturing technology of Mitsubishi Gas Chemical Company, Inc. The integrated production system, which takes the raw material methanol through POM resin polymerization to the end product (pellet), enables us to consistently manufacture and supply high-quality products. To meet a wide range of customer requirements, Iupital is produced in a variety of grades. These include high-performance grades, which make Iupital ideal for applications in such fields as electronics, office automation (OA) equipment, automobiles and precision machinery.

Iupiace is our modified polyphenylene ether (m-PPE) resin products, made from polyphenylene ether (PPE), developed by proprietary technology of Mitsubishi Gas Chemical Company, Inc., and polystyrene (PS) as major components. Iupiace provides well-balanced properties (mechanical, electrical, thermal, flame retardancy, dimension stability, etc.) together with the lowest density among common engineering plastics, also possessing UL Standard certification, enabling such wide applications as inner parts of electronic/office automation (OA) equipment, automobile outer parts and water pump parts.

LEMALLOY is a brand name of our modified polyphenylene ether resin (m-PPE resin) polymer-alloy type products (island-sea structure), consisting of polyphenylene ether (PPE) as the island and crystalline resins such like polyamides (PA) and polypropylene (PP) as the sea. LEMALLOY therefore provides well-balanced properties of crystalline resin (chemical resistance and moldability) and PPE resin (dimension stability and high-temperature rigidity), enabling use under various environments.

NOVADURAN is a name of a polybutylene terephthalate (PBT) resin made and sold by Mitsubishi Engineering Plastics.
NOVADURAN offers excellent mechanical properties, rigidity, heat aging resistance and chemical resistance. NOVADURAN also provides superb moldability, abrasion resistance, colorability and electric properties.

Airtight design of houses prevents indoor air from leaking outdoors and at the same time shuts outdoor air off, increasing the effectiveness of air conditioning, contributing to energy saving. Furthermore, airtight sheets prevent vapor generated indoors from entering heat-ray intercepting material, eliminating internal condensation and by maintaining performance of heat-insulating material and assists in the prevention of wood corrosion, improves the durability of houses.