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Carbomer934P
Chemical Name: Cross-linked Polyacrylic Acid Resin Molecular Structure: – [-CH2-CH-]N-COOH. Moisture Content %: ≤2.0% Viscosity:29400～39400 mPa.s Carboxylic acid Content %: 56.0—68.0% Heavy Metal (ppm): ≤20ppm Residual Solvents%: ≤60 ppm Characteristics: It has a permanent stability at a high viscosity, and it is more suitable for oral administration because of small amount of residual solvent. Range of Application: Oral in take, partially administration and a new delivery system, con... -
Carbomer974
This product is acrylic acid bonded allyl sucrose or pentaerythritol allyl ether polymer. According to the dry product, the content of carboxylic acid group (- COOH) should be 56.0% – 68.0%. Chemical Name: Cross-linked Polyacrylic Acid Resin Molecular Structure:- [-CH2-CH-]N-COOH Appearance:White loose powder PH Value:2.5-3.5 Moisture content %:≤2.0% Viscosity:30000～40000 mPa.s Carboxylic acid Content %:56.0—68.0% Heavy Metal (ppm):≤20ppm Residual Solvents%:≤20ppm Characteristics:It h... -
Polyethylene Glyeol 200
Chemical Composition: ethylene oxide condensate Type: nonionic Specification: PEG200, 300, 400, 600, 800, 1000, 1500, 2000, 3000, 4000, 6000, 8000 Main Applications: Oral liquid Is mainly used for oral solution and other liquid solvents, especially it has a good solubilization for propolis contained in propolis series health-care products, for example, oral propolis, soft capsules and so on. Packing Method: 50kg plastic drum Shelf life: Three years Quality Standard: CP2015 Storage a... -
Polyethylene Glyeol 300 PEG 300
Main Applications: This product is non-toxic, non-irritant and has good water solubility, compatibility, lubrication, adhesion and thermal stability. Thus, the PEG-300 series is suitable to prepare soft capsules. It has a broad compatibility with a variety of solvents, so it is a good solvent and solubilizer and is widely used in liquid preparations, such as the oral solution, eye drops, etc. Packing Method:50kg plastic drum Shelf Life: Three years Quality Standard: CP2015 Storage and... -
PEG 4000 Polyethylene Glyeol 4000
Main Application: tablets, film-coat, pills, capsules, suppositories and so on. As the production process, the plasticity of the polyethylene glycol, its ability to improve tablets’ capacity of releasing drug as well as PEG (PEG4000 and PEG6000) with a high molecular weight are very useful as an adhesive to make tablets. The polyethylene glycol has a shiny and smooth surface and difficult to damage. In addition, a few PEGS (PEG4000 and PEG6000) with high molecular weight can prevent bonding ... -
Carbomer1342
Carbopol, also known as carbomer, is an acrylic crosslinking resin crosslinked with acrylic acid by pentaerythritol and so on. It is a very important rheology regulator. After neutralization, Carbomer is an excellent gel matrix with thickening, suspension and other important uses. It has simple process and good stability. It is widely used in emulsion, cream and gel. Chemical Name: Cross-linked Polyacrylic Acid Resin Molecular Structure: – [-CH2-CH-]N-COOH Appearance :white loose powde... -
Carbomer971
Chemical Name: Cross-linked Polyacrylic Acid Resin Molecular Structure: - [-CH2-CH-]N-COOH Appearance: White loose powder PH Value: 2.5-3.5 Moisture Content %: ≤2.0% Viscosity:2000～11000 mPa.s Carboxylic Acid Content %: 56.0—68.0% Heavy Metal ppm: ≤20ppm Residual Solvents%: ≤60ppm Recommended dosage of Carbopol 971: 0.2-1.0% Electrolyte containing skin care emulsion, cream, transparent gel containing alcohol, transparent skin care gel, hair styling gel, shampoo and shower gel. Characteristi... -
Carbomer941
Carbopol 941: long flow, low viscosity, high clarity, moderate resistance to ion and shear resistance, suitable for gel and emulsion. Chemical Name: Cross-linked Polyacrylic Acid Resin Molecular Structure: - [-CH2-CH-]N-COOH Appearance: white loose powder PH Value: 2.5-3.5 Moisture Content %: ≤2.0% Viscosity:4000～11000 mPa.s Carboxylic Acid Content %: 56.0—68.0% Heavy Metal(ppm): ≤20ppm Residual Solvents%: ≤0.2% Product Lntroduction The product is an acrylic polymer with polyenyl ether cross... -
Carbomer940
Carbopol, also known as carbomer, is an acrylic crosslinking resin crosslinked with acrylic acid by pentaerythritol and so on. It is a very important rheology regulator. After neutralization, Carbomer is an excellent gel matrix with thickening and suspension. It is simple, stable and widely used in emulsion, cream and gel. Chemical Name: Cross-linked Polyacrylic Acid Resin Molecular Structure: – [-CH2-CH-]N-COOH Appearance: white loose powder PH Value: 2.5-3.5 Moisture Content %: ≤2.0%... -
Carbomer934
Carbopol 934: crosslinked polyacrylic acid resin, local drug delivery system, stable at high viscosity, used for gel, emulsion and suspension. Chemical Name: Cross-linked Polyacrylic Acid Resin Molecular Structure: - [-CH2-CH-]N-COOH Appearance: White loose powder PH Value: 2.5-3.5 Moisture Content %: ≤2.0% Viscosity:30000～40000 mPa.s Carboxylic Acid Content %: 56.0—68.0% Heavy Metal (ppm): ≤20ppm Residual Solvents%: ≤0.2% Characteristics: Thickening effect is good, and it has a permanent ... -
Polyethylene Glyeol 6000
Polyethylene glycol is widely used in many pharmaceutical preparations, such as injections, topical preparations, ophthalmic preparations, oral and rectal preparations. Solid grade polyethylene glycol can be added with liquid polyethylene glycol to adjust viscosity for topical ointment; polyethylene glycol mixture can be used as suppository matrix; polyethylene glycol aqueous solution can be used as suspension aid or to adjust the viscosity of other suspension media; polyethylene glycol and o... -
Carbomer980
Carbomer 980 is a commonly used carbomer material. Carbomer is a high molecular polymer of acrylic acid allylic sucrose or pentaerythritol allyl ether. It is usually loose white micro acidic powder. It can produce high efficiency thickening under low dosage, thus producing wide viscosity range and rheological properties of emulsion, cream, gel and transdermal preparation. The properties of different carbomer are slightly different. Different models represent different viscosities, so they are...
