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Potassium chlorate    is a compound containing potassium, chlorine and oxygen atoms,other named Potassium chlorate .In its pure form, it is a white crystalline substance. It is the most common chlorate in industrial use. It is used as an oxidizing agent, to prepare oxygen, as a disinfectant, in safety matches, in explosives and fireworks, in cultivation, forcing the blossoming stage of the Longan tree, causing it to produce fruit in warmer climates. Molecular Formula: KClO 3 Appearance: White Powder Usage Mainly in matches,fireworks etc.  Potassium Chlorate% 99.7 Moisture% 0.05 Water Insoluble Matter(max)% 0.03 Chloride(as Cl)% 0.02 Bromate(as KBrO 3 )% 0.03 Sulphate%(as SO 4 ) 0.01 Fe% 0.003 Sieved Mater%(120 mesh) 0.5

Barium Nitrate Granule CAS No.:10022-31-8              Molecular Formula: Ba(NO3)2            Molecular Weight: 171.35 Purity: 99.3%min Property: Barium Nitrate  is white granular or powder, soluble in water, insoluble in alcohol, poisonous. Harmful by inhalation and if swallowed. Barium Nitrate Harzards Identification Potential Acute Health Effects: Extremely hazardous in case of ingestion. Very hazardous in case of skin contact(irritant), of eye contact(irritant), of inhalation. Prolonged exposure may result in skin burns and ulcerations. Over-exposure by inhalation may cause respiratory irritation. Inflammation of the eye is characterized by redness, watering, and itching. Skin inflammation is characterized by itching, scaling, reddening, or occasionally, blistering. Barium Nitrate (Granule) Item Indexes Content (as Ba(NO3)2),% ≥ ...

1) Silicon carbide whiskers  should be pre-dispersed as much as possible before use. They should be mechanically and ultrasonically dispersed with water, ethanol, etc., and then mixed with the matrix material. 2) The amount of silicon carbide whiskers added to the material is not as high as possible, and there is usually an optimum value. Ordinary ceramics are generally added in an amount of 1-10%. The greater the true density of the matrix material, the lower the amount of silicon carbide whiskers added; the organic composite material is added in an amount of 0.5-3%. 3) When silicon carbide whiskers are mixed with ceramic materials, mechanical agitation or slurry wet ball milling is recommended to reduce the chance of silicon carbide whiskers breaking under high-intensity mixing conditions. 4) Low-viscosity silicon carbide whisker composite slurry, it is recommended to use rotary evaporation drying, or as large as possible to form a large-area thin layer of slurry to avoid the...

Transparent conductive films are an important part of many optoelectronic devices, such as flat panel displays, organic solar cells, organic light emitting diodes (OLEDs), smart windows, and the like. Indium tin oxide (ITO) has become the main material of transparent conductive films due to its high electrical conductivity and light transmittance. However, ITO also has some disadvantages, such as the rising price of raw material indium, which is expensive to prepare, and in addition, once the ITO material is bent, its electrical conductivity is greatly reduced. Therefore, it is extremely important to develop new materials that can replace ITO. Currently, transparent conductive materials that are expected to replace ITO are doped with ZnO, carbon nanotubes, graphene, metal lanthanum and metal nanowires. Among them, carbon nanotubes, graphene, and silver and copper have attracted much attention in terms of flexibility, stability, and electrical conductivity. Among these alternative mate...

Product name : 4-Methoxybenzoyl chloride   Synonyms: p-Anisoyl chloride  EINECS: 202-816-4 CAS No.: 100-07-2 Molecular formula: C8H7ClO2  Molecular weight: 170.59 Specifications:  Appearance: Low melting crystallization or liquid Flash point: 87 ºC Refractive index: 1.58-1.582 Density: 1.26 Melting point: 22 ºC Boiling point: 145 ºC (14 torr) Assay: 99% Others:  Packing: 250kg or as requested Application: Used for pharmaceutical intermediates and organic synthesis

Zinc Borohydride  high quality lower prices Zinc Borohydride Cas No.:17611-70-0    CAS No.: 17611-70-0    Other Name:Zinc Borohydride M.F.:Zn(BH4)2 EINECS No:241-04-4 Place of Origin: Hebei China(mainland) Type:  Reducing agent Brand Name:GreatAp Appearance:White powder DG Class:4.3 Concentration:1.0mol/Lmin Other Name:Zinc Borohydride M.F.:Zn(BH4)2  EINECS No:241-04-4 Place of Origin: Hebei China(mainland) Type:  Reducing agent  Brand Name:GreatAp Appearance:White powder  DG Class:4.3 Concentration:1.0mol/Lmin

Benzeneacetic acid  CAS:16648-44-5 CAS NO.:16648-44-5 MF: C11H12O3 Purity: 99.5%min Conversion rate: 65%-70% Appearance: White or yellow powder Storagr: Keep in a cool and dry place Packaging:1Kg/bag/, 25kg/Drum Usage: Use for parmaceutical intermediates or chemical research Benzeneacetic acid MF: C7H10N2 EINECS No.: 219-282-3 Place of Origin: Hebei, China (Mainland) Purity: 99%min Model Number: GL-P001 Type & Application: Pharmaceutical intermediate Appearance: White powder Shelf Life: 2 Years Molecular Weight: 177.19984 Packing: Aluminum Foil Bag /drum/box MOQ: 1kg Capacity: 20tons /month

Through cooperation with domestic research institutes, Chinese companies have created a process oxidation method in the world after several years of trial and error and technological breakthroughs. They have taken the lead in the international production of metal nanomaterials below 10 nanometers, which has caused international industry. highly anticipated. The Chinese company independently researched and developed the photocatalytic net like 'fishing net' with graphene-doped metal nano-titanium dioxide material below 10 nanometers. It has been applied to the domestic black-smelting river water treatment this year. As we know, superparamagnetic nanomaterials below 10 nanometers are an advanced material that is urgently needed in modern medicine, pharmacy, biotechnology and military equipment. However, to achieve mass production of metal nanomaterials below 10 nanometers, the technical difficulty is very high. In the past 10 years, although domestic research institutions have...

In our daily lives, nanotechnology will bring unexpected surprises to people. With nanometer (nm) coating, the refrigerator can be made into antibacterial, can be made into sterile tableware, can be made into self-cleaning glass and tiles without scrubbing. Using nanotechnology to make a micro drug delivery device, it can accurately reach the lesion site and reduce the adverse reactions of the drug. Nanomaterials  are made up of ultra-fine particles of less than 100 nanometers (nm) and are unique in size and function beyond imagination. Nanotechnology is also a "double-edged sword". While bringing convenience to life, it also has potential risks. Environmental ecological risk of nanomaterials Researchers have used nematode model organisms to find that nanomaterials that enter the environment can be transported along the food chain, accumulating in high-level organisms and exhibiting toxic effects. It not only causes damage to the parents, but also damages future generatio...

Rose gold, champagne gold, green gilt, snow silver... These beautiful and shiny "metals" are actually plastic products! The ultra-dispersive color aluminum pigment products developed by the most advanced "nano-micro coating technology" were unveiled at the high-tech fair yesterday. The core technology that makes plastics look beautiful in metallic texture is “nano-micro coating technology”. In layman's terms, it is to put a layer of "clothes" on these pigments so that they can swim in the water like swimming in the water, and the colors are very scattered. The beautiful colors can be achieved. Metal plating is even the same as high-gloss paint, and the variety of aluminum pigments is very rich, including rose gold, champagne gold, bright silver, bright gold, green gold, red gold, blue gold, black gold, bronze, ancient silver and so on. In addition, another highlight of the “paint-free color aluminum pigment” is the world's first “paint-free” t...