Logo
RU
+7 (347) 294-88-53
Главная
Technologies
Science
Team
Achievements
Contact Us
...
    • Главная
    • Technologies
    • PVC plastisols for applying protective coatings

    PVC plastisols for applying protective coatings

    • PLASTICIZERS
    • INTEGRATED PROCESSING OF LIQUID PYROLYSIS PRODUCTS
    • INTEGRATED PROCESSING OF BOTTOM RESIDUES OF PETROCHEMICALS (KON-92)
    • INTEGRATED PROCESSING OF BOTTOM RESIDUES OF BUTYL ALCOHOLS DISTILLATION
    • “POLYFIX” ENTOMOLOGICAL GLUE
    • COLD ROOF WATERPROOFING MASTIC BASED ON CHLORESULFOPOLETHYLENE (CSPE)
    • PETROCHEMICAL SOLVENT A-120/150
    • PVC PLASTISOLS FOR APPLYING PROTECTIVE COATINGS
    • CALCIUM POLYSULFIDE
    • THE PRODUCTION OF PLASTIC GREASE
    • CETANE-RAISING ADDITIVES FOR DIESEL FUEL
    • ORGANIC SULFONIC ACIDS

    PVC plastisols are dispersions of polyvinyl chloride (PVC) in a liquid plasticizer. Depending on the purpose plastisols may contain various additives (stabilizers, fillers, dyes, flame retardants, etc.), which give them special properties.

    In the normal state, PVC plastisols are liquids or pastes of varying degrees of viscosity, which allows them to be easily processed by various methods: dipping, pouring into molds, rotational molding, extrusion, spraying, screen printing and spredding.

    When heated, the solubility of PVC in the plasticizer increases dramatically, and at 140-180 ° C, the process of gelatinization occurs. The result is a rubber-like plastic with good physical and mechanical properties, high electrical resistance and chemical resistance.

    Plastisols are widely used in various areas of industry: for anti-corrosion and anti-noise coating on the underside of cars and sealing welds, in the manufacture of oil and air filters, in the production of floor coverings, wallpaper, artificial leather, for coatings on fabrics and glass fabrics, in the manufacture of medical tools, electrical insulation, fire hoses and reinforced hoses, for the manufacture of toys, shoes, clothing, etc.

    The amount of plasticizer in plastisol, depending on its purpose, can vary from 30 to 80%.

    We have developed technologies for producing inexpensive PVC plastisols for the application of protective coatings using T-92 flotation reagent-oxal as a plasticizer in a specific way.

    Plastisol PM (Technical Specifications 2241-002-97963455-2008)

    PlastisolPlastisol PM is designed for applying protective coatings on working gloves and mittens.




    Table 1 - Plastisol Indicators according to Technical Specifications 2241-002-97963455-2008

    Indicator

    Rule

    1. Appearance

    Uniform pasty mass without foreign inclusions. Color - on request

    Relative viscosity at (25±0.5)0С by viscometer ВЗ-246 (nozzle with a diameter of 6 mm), s, within

    40 – 350

    The gelatinization time of plastisol at 180 ± 20С, min, not more

    1

    The appearance of the sample obtained from plastisol

    Smooth film, without shells and blisters


    According to the data of the toxicological examination, Plastisol PM belongs to low-hazard substances of the 4th hazard class (when administered through the gastrointestinal tract), has a mild irritant effect on the mucous membranes of the eyes during a single contact and on intact skin during repeated applications, does not have a noticeable skin-resorptive and sensitizing effect.

     

    NG-1M Plastisol (Technical Specifications 2241-003-64123846-2012)

    NG-1M nonflammable plastisol was developed specifically for the production of composite mine mesh (grade “SS”) designed for tightening the sides and roof of underground workings at coal, metal ores and minerals extraction sites.

    plastisolNG-1M plastisol is the only offer on the market with a confirmed category of "hard-burning". Completely excludes the appearance of a spark.



    Table 2 - NG-1M Plastisol Indicators according to Technical Specifications 2241-003-64123846-2012

    Indicator

    Rule

    Properties of PVC Paste

    1. Appearance

    Uniform pasty mass without foreign inclusions and clots of white color.

    2. Relative viscosity at (25±0.5) 0 С by viscometer ВЗ-246 (nozzle with a diameter of 6 mm), s

     

    40 – 200

    Properties of gelled film

    3. Appearance

    Smooth, white, free from defects in the form of wrinkles and pock marks, without oil traces of plasticizer on the surface

    4. Tensile strength, MPa, not less

    4,0

    5. Relative elongation at break,%, not less

    150

    Fire and intrinsically safe characteristics of gelled film

    6. Specific surface electrical resistance, Ohm, not more

    3х108

    7. Auto-ignition temperature, ° С, not less

    490

    8. Maximum temperature increment, ° С, not more

    60

    9. Burning time after removal from the burner flame, s, not more:

    - one sample

    - six sampes (in total)

     

     

    2

    6

     

     

    Logo
    +7 (347) 294-88-53
    Главная
    Technologies
    Technologies
    • PLASTICIZERS
      • NON-PHTHALATE PLASTICIZERS
      • Norbornenecarboxylate plasticizer based on C5 fraction isolated from liquid pyrolysis products
      • Cyclohexene dicarboxylate plasticizer based on the piperylene fraction and DRBA
      • Mixed plasticizer based on C5-fraction isolated from liquid pyrolysis products
      • TEREPHTALIC PLASTICIZERS
      • Terephthalate plasticizer based on a by-product of the production of dimethyl terephthalate and waste production of butyl alcohols
      • Terephthalate plasticizer based on a by-product of the production of dimethyl terephthalate and fusel oils
      • Terephthalate plasticizer based on a by-product of polyethylene terephthalate production and waste of production of butyl alcohols
      • DOTP plasticizer based on polyethylene terephthalate production waste and 2-ethylhexanol production waste
      • DOTP plasticizer based on intermediate production of polyethylene terephthalate - technical terephthalic acid
      • DOTP plasticizer based on terephthalic acid obtained from recycled polyethylene terephthalate
    • INTEGRATED PROCESSING OF LIQUID PYROLYSIS PRODUCTS
      • TECHNOLOGY FOR PYRETROID INSPECTICIDE CYPOTHRIN BASED ON INDEN FROM C9 FRACTION OF LIQUID PYROLISIS PRODUCTS
      • THE PROCESSING OF C6 BENZENIC FRACTION WITH MALEIC ANHYDRIDE RECEIVING
      • THE PROCESSING OF C7-C9 FRACTION WITH OBTAINING LIGHT PETROLEUM POLYMERIC RESINS AND SOLVENT
      • THE PROCESSING OF C8-C9 FRACTION WITH OBTAINING POLYMERIC PRODUCT - STYROMAL
      • PROCESSING OF OF PYROLYSIS HEAVY RESIN (PHR)
    • INTEGRATED PROCESSING OF BOTTOM RESIDUES OF PETROCHEMICALS (KON-92)
    • INTEGRATED PROCESSING OF BOTTOM RESIDUES OF BUTYL ALCOHOLS DISTILLATION
    • “POLYFIX” ENTOMOLOGICAL GLUE
    • COLD ROOF WATERPROOFING MASTIC BASED ON CHLORESULFOPOLETHYLENE (CSPE)
    • PETROCHEMICAL SOLVENT A-120/150
    • PVC PLASTISOLS FOR APPLYING PROTECTIVE COATINGS
    • CALCIUM POLYSULFIDE
    • THE PRODUCTION OF PLASTIC GREASE
    • CETANE-RAISING ADDITIVES FOR DIESEL FUEL
    • ORGANIC SULFONIC ACIDS
    Science
    Science
    • New Plasticizers
    Team
    Achievements
    Achievements
    • Patents
    • Know-how
    • Publications
    Contact Us
    ...
      MAIN
      Science
      • New Plasticizers
      Team
      Achievements
      • Patents
      • Know-how
      • Publications
      Contact Us
      Technologies
      • PLASTICIZERS
        • NON-PHTHALATE PLASTICIZERS
        • Norbornenecarboxylate plasticizer based on C5 fraction isolated from liquid pyrolysis products
        • Cyclohexene dicarboxylate plasticizer based on the piperylene fraction and DRBA
        • Mixed plasticizer based on C5-fraction isolated from liquid pyrolysis products
        • TEREPHTALIC PLASTICIZERS
        • Terephthalate plasticizer based on a by-product of the production of dimethyl terephthalate and waste production of butyl alcohols
        • Terephthalate plasticizer based on a by-product of the production of dimethyl terephthalate and fusel oils
        • Terephthalate plasticizer based on a by-product of polyethylene terephthalate production and waste of production of butyl alcohols
        • DOTP plasticizer based on polyethylene terephthalate production waste and 2-ethylhexanol production waste
        • DOTP plasticizer based on intermediate production of polyethylene terephthalate - technical terephthalic acid
        • DOTP plasticizer based on terephthalic acid obtained from recycled polyethylene terephthalate
      • INTEGRATED PROCESSING OF LIQUID PYROLYSIS PRODUCTS
        • TECHNOLOGY FOR PYRETROID INSPECTICIDE CYPOTHRIN BASED ON INDEN FROM C9 FRACTION OF LIQUID PYROLISIS PRODUCTS
        • THE PROCESSING OF C6 BENZENIC FRACTION WITH MALEIC ANHYDRIDE RECEIVING
        • THE PROCESSING OF C7-C9 FRACTION WITH OBTAINING LIGHT PETROLEUM POLYMERIC RESINS AND SOLVENT
        • THE PROCESSING OF C8-C9 FRACTION WITH OBTAINING POLYMERIC PRODUCT - STYROMAL
        • PROCESSING OF OF PYROLYSIS HEAVY RESIN (PHR)
      • INTEGRATED PROCESSING OF BOTTOM RESIDUES OF PETROCHEMICALS (KON-92)
      • INTEGRATED PROCESSING OF BOTTOM RESIDUES OF BUTYL ALCOHOLS DISTILLATION
      • “POLYFIX” ENTOMOLOGICAL GLUE
      • COLD ROOF WATERPROOFING MASTIC BASED ON CHLORESULFOPOLETHYLENE (CSPE)
      • PETROCHEMICAL SOLVENT A-120/150
      • PVC PLASTISOLS FOR APPLYING PROTECTIVE COATINGS
      • CALCIUM POLYSULFIDE
      • THE PRODUCTION OF PLASTIC GREASE
      • CETANE-RAISING ADDITIVES FOR DIESEL FUEL
      • ORGANIC SULFONIC ACIDS
      ...
        © 2025 Eco-friendly petrochemistry
        Privacy Policy
        development and promotion — 3 грани дизайна