Each line solves a specific problem of the plastic product. Choose one to see its description, benefits, applications and products.
Certified renewable content resin, formulated with 50% corn starch and developed for polyethylene film applications while keeping conventional processing conditions.
Certified renewable content resin formulated with 50% corn starch, developed for polyethylene film applications with conventional processing conditions.
UV protectors for applications exposed to solar radiation, available at different performance levels according to how much protection is required.
High-performance, high-protection UV protector for PE and PP. Helps reduce photo-oxidative degradation, yellowing and the loss of physical and aesthetic properties.
Medium-performance UV protector for PE and PP. Helps preserve physical and aesthetic properties in applications with moderate protection requirements.
Specialized UV protector for agricultural applications exposed to high irradiation, temperature and humidity, particularly in banana-growing and tropical conditions.
High-protection grade for polyethylene, built on a combination of HALS and radiation absorbers. It is aimed at films that, on top of the sun, live with agrochemicals.
Mid grade for polyethylene, formulated with a blend of stabilizers. It matches films that work outdoors but without contact with agrochemicals.
Entry grade for polyethylene, based on a blend of antioxidants. It is meant for films whose exposure to ultraviolet radiation is low.
High-protection counterpart for polypropylene, with HALS and radiation absorbers. Aimed at fibers and nets that add contact with agrochemicals to the sun.
Mid grade for polypropylene, with a blend of stabilizers. It matches fibers and nets outdoors that have no contact with agrochemicals.
Entry grade for polypropylene, built with a blend of antioxidants. It is meant for fibers and nets with low ultraviolet exposure.
Grade for polypropylene film that combines HALS with stabilizers. It covers films exposed to the sun and in contact with agrochemicals.
HALS grade for PET in sheet form. It is the option in the line when the part ends up exposed to ultraviolet radiation.
HALS grade for PET processed by injection blow molding. It covers containers from that route that end up exposed to ultraviolet radiation.
Nanostructured functional additive developed to give corrosion-inhibiting properties to polyethylene films used to protect ferrous and non-ferrous metal components.
Nanostructured functional additive developed to give corrosion-inhibiting properties to polyethylene films used to protect ferrous and non-ferrous metal components.
Nanometric particle additive that changes the path of light to spread it evenly, without significantly reducing the total amount of light that passes through the material.
Nanometric particle additive that changes the path of light to spread it evenly, without significantly reducing the total amount of light that passes through the material.
Changes the surface energy of the plastic so that condensed water forms a continuous film that runs off, instead of droplets that fall onto the crop or the product.
Changes the surface energy of the plastic so that condensed water forms a continuous film that runs off, instead of droplets that fall onto the crop or the product.
A system of primary and secondary antioxidants that protects the polymer against degradation caused by oxygen and heat during processing and service life.
A system of primary and secondary antioxidants that protects the polymer against degradation caused by oxygen and heat during processing and service life.
Additive that changes how the plastic behaves against infrared radiation, to reduce night-time heat loss and keep a more stable microclimate.
Additive that changes how the plastic behaves against infrared radiation, to reduce night-time heat loss and keep a more stable microclimate.
Complementary solutions aimed at processing and at equipment maintenance during plastics converting.
Solution aimed at improving processing, reducing friction and supporting the finish during converting.
Compound used to make equipment cleaning easier during material or color changes.
Polyethylene masterbatch based on titanium dioxide at high concentrations, developed for agricultural plastics.
Polyethylene masterbatch with amides and synthetic silica that migrates quickly to the surface to reduce friction and ease unblocking.
Masterbatch solutions developed to promote the biodegradation of products made with different polymers, while keeping conventional converting processes.
Masterbatch formulation that promotes biodegradation in polyolefin applications.
Formulation for polyolefins that includes calcium carbonate for specific industrial applications.
Variant developed for polypropylene applications.
Variant developed for crystal polystyrene applications.
Variant developed for polyethylene terephthalate applications.
A family that combines the promotion of biodegradation with a component that fluoresces under UV light, to support identification, traceability and quality control.
BioGlow variant for polyethylene applications.
Variant for polyolefins with a fluorescent component and calcium carbonate content.
BioGlow variant for polypropylene applications.
BioGlow variant for polystyrene applications.
BioGlow variant for polyethylene terephthalate applications.
