A-Z Index

O-Scent products are naturall odor neutralizers that break down and remove odor-causing gases.

In addition to leading the industry in odorant delivery, packaging and product offers, Arkema also provides its customers with the highest level of support related to odorization for gas. These Odorflex^® services include technical and safety oriented trainings, dedicated R&D support, odor-free odorant transfers operations, analytic support, assistance for your decommissioning operations, and more.

Oleris^® advanced bio-materials are a 100% bio-based range of C7, C11, and C18 oleochemicals made from the renewable feedstock castor oil through a process unique to Arkema. Oleris^® advanced bio-materials have high purity, are REACH registered, KOSHER and HALAL certified, GMO-free, and ready to serve as carbon-neutral building blocks for your next sustainable technology development.

Oleris^® Esterol A is a bio-based mixture of C18 (> 75%) fatty acid methyl esters processed from a renewable castor oil source (FAME, VOME). Suitable for use in innovative, more sustainable design. 

Oleris^® Esterol F is a bio-based mixture of C18 (> 73%) fatty acid methyl esters from a renewable castor oil source (FAME, VOME) with added pour point depressant. Suitable for use in innovative sustainable design.

Oleris® Methyl Undecylenate is a bio-based, bifunctional fatty ester with a terminal double bond from a renewable castor oil source. Suitable for use in innovative sustainable design.

Oleris^® n-Heptaldehyde is a bio-based, saturated, 100% linear aldehyde from a renewable castor oil source. Suitable for use in innovative sustainable design.

Oleris® n-Heptanoic acid is a bio-based, seven-carbon linear chain saturated fatty acid from a renewable castor oil source. Suitable for use in innovative sustainable design. 

Oleris^® n-Heptanol is a bio-based, linear seven-carbon fatty alcohol from a renewable castor oil source. Suitable for use in innovative sustainable design.

Oleris^® Undecylenic acid is a bio-based, bifunctional fatty acid with a terminal double bond made from a renewable castor oil source. Suitable for use in innovative, sustainable design.

Celocor^® opaque polymer is a highly efficient, voided latex product that improves hiding and whiteness in paints and coatings, and functions as a partial replacement for titanium dioxide (TiO₂).  Now you have more choices with a new product that offers important benefits, including excellent efficiency, wet and dry hiding performance comparable to competitive opacifiers, wide  formulating latitude and excellent performance across a broad PVC range, and improved strength performance.

Opticoat^® glass coatings are a range of proprietary wax emulsion concentrates for use on returnable glass bottles. The wax emulsion is used to apply a masking coating on glass containers. Opticoat^® coating masks scuffs in glass to renew the appearance of bottles beyond 50 fills. Opticoat^® coating can be applied to labeled bottles and does not slow filling plant speed.

Opticoat^® 150 is a high efficient masking of scuffs on returnable glass containers and improves the optical appearance of glass containers. Allowing bottles to be reused as long as they are physically sound, Opticoat^® 150 container glass coating can dramatically extend service life to as many as 50 cycles and beyond.  Opticoat^® 150 can be applied to filled and labeled bottles without reducing filling plant speed.

Applied on dry or slightly wet bottles, Opticoat^® 240 container glass coating solution flows into scuffing marks to form a thin masking layer restoring the glassy shine, look, and feel of the bottle.  It allows to reuse bottles as long as they are physically sound. It can be applied to filled and labeled bottles without reducing filling plant speed.

Orgalloy^® resins are patented polyamide based thermoplastics alloys. The Orgalloy^® product range is divided into three families:

- R and RS: rigid grades (reinforced or not)

- LE: semi flexible grade (plasticized or not) 

- LT: flexible grades

Original micro-porous powders with a polyamide 12 structure characterized by ultra precise size distribution and a native micro-porosity.  Their lipophilic structure offers high compatibility with the stratum corneum as well as long wear at the skin surface with a unique velvet feel.

Original micro-porous powders with a patented copolyamide 6/12 composition to ensure optimal dispersion in O/W emulsions while preserving the original features of polyamide 12. Their lipophilic structure offers high compatibility with the stratum corneum as well as long wear on the skin’s surface. Their polyamide lubricity produces a unique velvet feel.

Original micro-porous powders enhancing the sensory and visual effects of your formulas while delivering the benefits of hyaluronic acid.

Orgasol^® ultrafine polyamide powders are a range of polymers and copolymers of lauryllactam (PA12) and/or caprolactam (PA6), obtained by direct polymerization.
Thanks to this process, a wide range of Orgasol^® powders with a spherical shape and very narrow particle size distribution is available. The grades differ in terms of particle size (from 5 to 60 microns), specific surface area and melting-point.

Arkema's innovative PA 12 or Nylon 12 material for Powder Bed Fusion (PBF) 3D printing technologies. Designed to revolutionize additive manufacturing, Orgasol^® PA12 powders offer unparalleled benefits in cost efficiency, surface aesthetics, sustainability, and repeatability.

Mesityl oxide (MO) is a α-unsaturated ketone. It is mainly used in fine chemistry in the synthesis of vitamins, flavour and fragrances. It is also an intermediate in the synthesis of MIBK, MIBC and DIBK. MO can be a used as a solvent in inks, coating or agrochemicals.

Arkema oxygenated solvents are acetone derivatives widely used in many applications such as cosmetics, aromas and fragrances, agrochemicals, cleaning products, paints and coatings.

They can be used for chemical synthesis or as diluents, coupling agents or other functional additives in various types of formulations. Arkema oxygenated solvents can also be used as technical additives for concrete or mining, for flotation. They are valued for their high solvent power and their low toxicity. They can especially replace glycol ethers or chlorinated solvents.