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Polymerization

Speciality Chemicals for Polymerisation Product Manufacturing

IRTubes Pvt Ltd is a renowned distributor of speciality chemicals, specifically formulated to enhance the polymerisation process in the production of a wide range of polymer products. Our portfolio includes high-performance chemicals designed to optimise polymerisation reactions, improve product quality, and streamline manufacturing processes across various industries, including plastics, rubber, and coatings.

Polymerisation is a crucial step in the creation of polymers, where monomers are chemically bonded to form long-chain molecules that give polymers their desired properties, such as strength, flexibility, and resistance to environmental factors. To ensure these processes occur efficiently and yield high-quality products, manufacturers rely on speciality chemicals that control the polymerisation environment and enhance product characteristics.

IRTubes supplies a comprehensive range of chemicals used in polymerisation, including:

Surfactants and Dispersing Agents:

Improve the dispersion of polymer particles, ensuring uniformity and stability in the final product.

Chain Stopping:

Anti-oxidants for suspension polymerisation of PVC

Anti oxidants for use in the manufacture of NBR polymers

These speciality chemicals are integral to the production of a variety of polymer products, including plastics, resins, rubbers, and coatings, which are used in industries such as automotive, construction, electronics, and textiles.

At IRTubes, we are committed to delivering innovative, sustainable, and high-quality chemical solutions to support the success of your polymerisation processes. Our expert team provides personalised support, ensuring that each client receives the right chemical solutions to meet their unique manufacturing needs. Partner with us to optimise your polymerisation processes and achieve superior product performance.

FAQs

Tackifiers are chemical compounds used to achieve the correct balance between adhesion and cohesion, which is dependent on the end use application.

1. The end properties that the formulator is trying to achieve.
2. The type of processing that the adhesive will be subject to
3. The chemical nature of the base polymer. The tackifying agent must be compatible with the polymer.
4. With hot-melt adhesives, consideration must also be given to the heat stability of the tackifier in the melt.

1. Increase tack and peel strength.
2. Improve specific adhesion.
3. Balance adhesion and cohesion
4. Promote high temperature adhesive performance.

Yes, it can change the viscosity, colour, thermal stability, and odour.

1. Hydrocarbon resins
2. Rosin resins, and
3. Terpene resins

These tackifier resins for rubber are made by emulsifying as a melt into the Aqueous phase. These can then be mixed easily into the polymer dispersion.

  • Compatibility
  • Modulus
  • Tg
  • Stability
  • Adhesion to the substrate in question
  • Odour
  • Other physical and chemical properties
  • Efficiency and cost
  • Tackifier resins for rubber are important constituents in adhesives formulations. The most important consideration is the cohesiveness. There may be more than one tackifier that satisfies this requirement. The end choice will then have to be made between quality and cost in order to determine the right tackifier. I. R. Tubes Pvt. Ltd. is a tackifying resin suppliers and offers technical assistance when choosing the right tackifier to use. Connect with us on: info@irtubes.com

More Products

PVC & Thermoplastics

Latex

Latex

Polymerization

Adhesive

Rubber

Rubber

Explore Our Products

Images are for illustrative purposes only

Antioxidant KY 616

Polymerization PVC & Thermoplastics Rubber

Company

Jiangsu Feiya Chemical Corporation Co. Ltd Products

Description

Butylated reaction products of p-cresol and dicyclopentadiene Antioxidant 616 is a highly effective polyphenolic additive with high activity and very low volatility

Benefit / Application

Antioxidant 616 is non-discolouring and non-pinking. Antioxidant 616 is especially recommended for the protection of natural and synthetic polymers based on isoprene and butadiene chemistry. Antioxidant 616 is ideally suited for the protection of light coloured, non-staining goods derived from natural rubber and latex, SBR and carboxylated SBR latices, ABS, NBR, BR, SBS and SIS in applications where the retention of appearance and elastic properties during storage and use are important requirements.

Used In

Moulded, Extruded, Calendered

Images are for illustrative purposes only

50% Aquonox L FF Superfine Dispersion

Latex Polymerization

Company

Aquaspersion Ltd Products

Description

50% Aquanox L Superfine FF is a dispersion of a primary phenolic antioxidant ( butylated reaction product of paracresol and dicyclopentadiene). It is recommended for use in synthetic latex compounds and also in the manufacture of ABS latex. It is manufactured to a very fine particle size and narrow distribution, which ensure a high dispersion stability and maximum antioxidant efficacy when added to latex systems.

Benefit / Application

Very fine particle size, High stability dispersion, High activity active with low volatility, Non staining and non pinking, Wide-ranging FDA and BfR food contact approvals, Very low viscosity, enabling ease of storage, pumping and dosing

Used In

Gloves, Rubber Bands, Condoms, Balloons, Exercise Bands

Images are for illustrative purposes only

Arbestab Z

Latex Polymerization Rubber

Company

Robinson Brothers Ltd Products

Description

Zinc diisononyldithiocarbamate A higher alkyl dithiocarbamate of Zinc Recommended for use in the prevulcanisation of high ammonia natural rubber latex to minimise/overcome the concerns relating to health issues including N-nitrosamines and Type IV allergens.

Benefit / Application

Good transparency and colour of latex films is achieved using Arbestab Z, together with superior UV stability. Highly soluble in hydrocarbon polymers. Found to be an effective antioxidant in peroxide and radiation prevulcanised natural rubber latices.

Used In

Moulding, Extruded, Calendered

Speciality Chemicals for Polymerisation Product Manufacturing

IRTubes Pvt Ltd is a renowned distributor of speciality chemicals, specifically formulated to enhance the polymerisation process in the production of a wide range of polymer products. Our portfolio includes high-performance chemicals designed to optimise polymerisation reactions, improve product quality, and streamline manufacturing processes across various industries, including plastics, rubber, and coatings.

Polymerisation is a crucial step in the creation of polymers, where monomers are chemically bonded to form long-chain molecules that give polymers their desired properties, such as strength, flexibility, and resistance to environmental factors. To ensure these processes occur efficiently and yield high-quality products, manufacturers rely on speciality chemicals that control the polymerisation environment and enhance product characteristics.

IRTubes supplies a comprehensive range of chemicals used in polymerisation, including:

Surfactants and Dispersing Agents:

Improve the dispersion of polymer particles, ensuring uniformity and stability in the final product.

Chain Stopping:

Anti-oxidants for suspension polymerisation of PVC

Anti oxidants for use in the manufacture of NBR polymers

These speciality chemicals are integral to the production of a variety of polymer products, including plastics, resins, rubbers, and coatings, which are used in industries such as automotive, construction, electronics, and textiles.

At IRTubes, we are committed to delivering innovative, sustainable, and high-quality chemical solutions to support the success of your polymerisation processes. Our expert team provides personalised support, ensuring that each client receives the right chemical solutions to meet their unique manufacturing needs. Partner with us to optimise your polymerisation processes and achieve superior product performance.

FAQs

Tackifiers are chemical compounds used to achieve the correct balance between adhesion and cohesion, which is dependent on the end use application.

1. The end properties that the formulator is trying to achieve.
2. The type of processing that the adhesive will be subject to
3. The chemical nature of the base polymer. The tackifying agent must be compatible with the polymer.
4. With hot-melt adhesives, consideration must also be given to the heat stability of the tackifier in the melt.

1. Increase tack and peel strength.
2. Improve specific adhesion.
3. Balance adhesion and cohesion
4. Promote high temperature adhesive performance.

Yes, it can change the viscosity, colour, thermal stability, and odour.

1. Hydrocarbon resins
2. Rosin resins, and
3. Terpene resins

These tackifier resins for rubber are made by emulsifying as a melt into the Aqueous phase. These can then be mixed easily into the polymer dispersion.

  • Compatibility
  • Modulus
  • Tg
  • Stability
  • Adhesion to the substrate in question
  • Odour
  • Other physical and chemical properties
  • Efficiency and cost
  • Tackifier resins for rubber are important constituents in adhesives formulations. The most important consideration is the cohesiveness. There may be more than one tackifier that satisfies this requirement. The end choice will then have to be made between quality and cost in order to determine the right tackifier. I. R. Tubes Pvt. Ltd. is a tackifying resin suppliers and offers technical assistance when choosing the right tackifier to use. Connect with us on: info@irtubes.com

More Products

PVC & Thermoplastics

Latex

Latex

Polymerization

Adhesive

Rubber

Rubber