Antioxidant masterbatches consist of a blend of primary antioxidants, typically phenolic compounds, and secondary antioxidants like phosphites or thioesters. This combination effectively prevents thermal oxidative degradation of polymers during both processing and their operational lifespan. The product aids in replenishing the stabilizer reserves, thereby mitigating product discoloration and potential failures during use. Antioxidant masterbatches are utilized in various applications, including greenhouse films, blown and cast films made from LDPE and LLDPE (such as mulch films), rotationally molded items, reprocessed granules, HDPE pipes, PP-R pipes, and automotive components, among others.
Silicone Masterbatch are usually added directly to the polymeric raw materials during the processing of thermoplastics. The role of silicone masterbatch can be different according to the different amount of addition; they can be used as flow accelerator, synergistic flame retardant, processing aid, hydrophobic agent, release agent, etc…
Antistatic masterbatch - Antistatic, is in the form of granules and is combined as an additive with polymer materials at a certain percentage of consumption. These masterbatches effectively eliminate static electricity that builds up when films come into contact with other surfaces during production. They significantly reduce surface resistivity. To enhance the slip properties of these films, it is advisable to combine antistatic and slip additives within a single masterbatch.
This product has developed a family range of color masterbatches specifically formulated for use with polyolefin and styrene’s polymers. Perfect to Color masterbatches technology combines superior color dispersion with extremely high loading, optimizing performance while dramatically reducing usage levels and costs. This wellestablished product range is based on carefully selected organic and inorganic pigment. This product is designed for use in film, injection, blowing, Synthetic fiber, Woven sacks, Cast films, Pipe extrusion and calendar. These masterbatches are used at additional levels of 1% to 5% depending on the application, opacity/coloring requirements and thickness of the end products. In addition to the standard range MFQ has developed many other formulations to suit more specific requirements. Colored Masterbatch - Gray is designed for use in LDPE, HDPE, LLDPE, PP, HIPS and PS.
This product has developed a family range of color masterbatches specifically formulated for use with polyolefin and styrene’s polymers. Perfect to Color masterbatches technology combines superior color dispersion with extremely high loading, optimizing performance while dramatically reducing usage levels and costs. This wellestablished product range is based on carefully selected organic and inorganic pigment. This product is designed for use in film, injection, blowing, Synthetic fiber, Woven sacks, Cast films, Pipe extrusion and calendar. These masterbatches are used at additional levels of 1% to 5% depending on the application, opacity/coloring requirements and thickness of the end products. In addition to the standard range MFQ has developed many other formulations to suit more specific requirements. Colored Masterbatch - Orange is designed for use in LDPE, HDPE, LLDPE, PP, HIPS and PS
This product has developed a family range of color masterbatches specifically formulated for use with polyolefin and styrene’s polymers. Perfecto Color masterbatches technology combines superior color dispersion with extremely high loading, optimizing performance while dramatically reducing usage levels and costs. This wellestablished product range is based on carefully selected organic and inorganic pigment. This product is designed for use in film, injection, blowing, Synthetic fiber, Woven sacks, Cast films, Pipe extrusion and calendar. These masterbatches are used at additional levels of 1% to 5% depending on the application, opacity/coloring requirements and thickness of the end products. In addition to the standard range MFQ has developed many other formulations to suit more specific requirements. Colored Masterbatch - Green is designed for use in LDPE, HDPE, LLDPE, PP, HIPS and PS
This product has developed a family range of color masterbatches specifically formulated for use with polyolefin and styrene's polymers. Perfecto Color masterbatches technology combines superior color dispersion with extremely high loading, optimizing performance while dramatically reducing usage levels and costs. This well-established product range is based on carefully selected organic and inorganic pigments. This product is designed for use in film, injection, blowing, synthetic fiber, woven sacks, cast films, pipe extrusion and calendar. These masterbatches are used at additional levels of 1% to 5% depending on the application, opacity/coloring requirements and thickness of the end products. In addition to the standard range, MFQ has developed many other formulations to suit more specific requirements. Colored Masterbatch - Blue is designed for use in LDPE, HDPE, LLDPE, PP, HIPS and PS.
This product has developed a family range of color masterbatches specifically formulated for use with polyolefin and styrene’s polymers. Perfecto Color masterbatches technology combines superior color dispersion with extremely high loading, optimizing performance while dramatically reducing usage levels and costs. This wellestablished product range is based on carefully selected organic and inorganic pigment. This product is designed for use in film, injection, blowing, Synthetic fiber, Woven sacks, Cast films, Pipe extrusion and calendar. These masterbatches are used at additional levels of 1% to 5% depending on the application, opacity/coloring requirements and thickness of the end products. In addition to the standard range MFQ has developed many other formulations to suit more specific requirements. Colored Masterbatch - Yellow is designed for use in LDPE, HDPE, LLDPE, PP, HIPS and PS.
This product has developed a standard range of white masterbatches based on polyolefin and styrene’s polymers. This well-established product range is based on carefully selected premium TiO2 and calcium carbonate filler with and without any content of fluorescence whitener. This product is designed for use in general purpose film, injection, blowing and calendar. These masterbatches are used at 70%. In addition to the standard range MFQ has developed many other formulations to suit more specific requirements. WHITE Masterbatch is designed for use in LDPE, HDPE, LLDPE and PP.
This product is an efficient slip agent for film and injection molding applications.
decreases the COF (coefficient of friction) and improves mold releasing, and in some applications, it could
contribute in the anti-blocking effect. Due to fast blooming, the slip property is improved rapidly. As per any other Slip additive,
excessive additions might affect Corona treatment efficiency for printing.
contains special anti-oxidants to help processing and final product protection
This product is an efficient slip agent for film and injection molding applications.
decreases the COF (coefficient of friction) and improves mold releasing, and in some applications, it could contribute in the anti-blocking effect. Due to slow blooming, it has minimal effect on printing and heat sealing. As per any other Slip additive, excessive additions might affect Corona treatment efficiency for printing. contains special anti-oxidants to help processing and final product protection.
Optical Brightener masterbatch absorbs some part of UV ray and re-emits it in blue spectrum so impart shiny effect to color.is used to offset the yellowness of a polymer and to yield a whiter appearance.creates brilliance by a fluorescence process involving absorption of invisible UV light and emission of visible blue light. is a masterbatch contains optical brightener that improves the color shiny, increases whiteness and mask yellowish.
Calcium carbonate compound is high density polyethylene filled with calcium carbonate. This grade features excellent filler dispersion in polymer resin, of good tensile strength and rigidity of produced film.
Calcium carbonate compound is high density polyethylene filled with calcium carbonate. This grade features excellent filler dispersion in polymer resin, of good tensile strength and rigidity of produced film.
This product has developed a family range of color master batches specifically formulated for use with polyolefin and styrene’s polymers. Perfecto Color master batches technology combines superior color dispersion with extremely high loading, optimizing performance while dramatically reducing usage levels and costs. This well-established product range is based on carefully selected organic and inorganic pigment. This product is designed for use in film, injection, blowing, Synthetic fiber, Woven sacks, Cast films, Pipe extrusion and calendar. These master batches are used at additional levels of 1% to 5% depending on the application, opacity/coloring requirements and thickness of the end products. In addition to the standard range MFQ has developed many other formulations to suit more specific requirements. Colored Masterbatch - Red is designed for use in LDPE, HDPE, LLDPE, PP, HIPS and PS.
this is an efficient anti-blocking additive Masterbatch made of very pure silica. It gives excellent anti-blocking effect with good optical properties.
is recommended for PP thin films due to its good anti-blocking properties, high dispersion and transparency.
contains special anti-oxidants to help processing and final product protection
is well suited for thin films. Decreases the stickiness, enhances ease of unwinding and opening.
cause easy opening and filling of packaging bags.
MFQ-PA301 is a high performance polymer processing aid designed to improve processing and final product quality.
MFQ-PA301 is ideal for use at very low levels in low melt index blown film application.
It can also be used in all extrusion process for producing film, pipe, sheet, and container by polyolefin resins.
The sun is a powerful source of ultraviolet (UV) radiation. Exposure of plastics to UV radiation from sunlight, as well as oxygen in the air, can cause chemical bonds to break and ultimately degrade them through a photo-oxidation process. This process can cause adverse effects such as changes in product appearance, discoloration (changes in gloss and/or whitening), loss of mechanical and physical properties, and the formation of visible defects such as cracks and fractures.