What does Arkema do?

What does Arkema do?

Building on its unique set of expertise in materials science, Arkema designs materials to address the ever-growing demand for innovative and sustainable materials, driven by the challenges of new energies, new technologies, the depletion of resources, mobility, and increasing urbanization.

What kind of company is Arkema?

specialty chemicals
Arkema S.A. is a specialty chemicals and advanced materials company headquartered in Colombes, near Paris, France.

What products does arkema make?

Our product families

  • Acrylics.
  • Specialty adhesives (Bostik)
  • Plastic additives.
  • Technical Fluids.
  • Fluorochemicals.
  • Hydrazine hydrate.
  • Specialty polyamides resins.
  • Hydrogen peroxide.

What is PVC processing aid?

Processing aids are an important class of additives for poly(viny1 chloride) (PVC). At relatively low concentration, processing aids enable the melt processing of rigid PVC and enlarge its processing windows.

Is arkema a good company to work for?

Arkema is a great place to work, very good but challenging work. Fair salary and opportunities for movement up, and good systems in place.

Is Arkema part of total?

Arkema was established after the division of the chemical subsidiary of Total SA, formerly Elf Atochem. In 2006, the Group was listed on the Paris stock exchange. In 2015, Bostik, the world leader in glue and adhesive technologies, joined the Group to improve its product offering.

Who bought Arkema?

Cargill has agreed to acquire Arkema’s epoxidized vegetable oil business for about $39 million. The business, which has annual sales of about $40 million, runs a plant in Blooming Prairie, Minnesota, that produces epoxides by reacting oils with hydrogen peroxide.

What is impact modifier for PVC?

One of the major applications of impact modifiers are PVC resins:MBS (Methyl Butadiene Styrene) and Acrylics impact modifiers enhance the impact resistance of the PVC products without impairing other properties.

Is a processing aid an additive?

Introduction. Processing aids are substances or additives of natural or synthetic origin used in the production of foods. They are commonly used in a wide variety of products including bakery, confectionery, jams, jellies, meat and produce.

What does impact modifier mean?

Impact Modifiers are substances that increase the durability of moulded or extruded plastics, especially those that need to be constantly subjected to impact forces like cold weather. They are added to compounded materials to provide performance features.

What is an impact modifier?

Impact modifiers are key additives for increasing flexibility and impact strength to meet physical property requirements of rigid parts. All impact modifiers are elastomeric or rubbery in nature, with a lower modulus than the host polymer.

What is incidental additive?

FDA defines “incidental additives” as ingredients that are present in a food at insignificant levels and do not have any technical or functional effect in that food.

Who is Arkema Coating Resins?

Arkema Coating Resins is a leading supplier of waterborne, solventborne and powder resins along with additives and opacifiers. Arkema Coating Resins corporate website

Why choose Arkema plastistreesome ®?

Arkema’s dedication to the PVC market around the globe has brought an intense research focus on new Plastistrength ® products for foam and cellular PVC technologies. Arkema’s new Plastistrength ® 559, 560, and 566 processing aids offer medium and high molecular weights that allow for low use levels, improving efficiency.

Why work for Arkema?

The Arkema Group has been developed a strong service culture. Close to its customers, it offers them help and advice at very step of the relationship

What is the difference between Arkema’s 559 and 566 processing aids?

Arkema’s new Plastistrength ® 559, 560, and 566 processing aids offer medium and high molecular weights that allow for low use levels, improving efficiency. With improved efficiency, Plastistrength ® 559, 560, and 566 will also yield better foam densities, cellular structure, and surface finish.

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