Performance Specialty Products based in Chennai, India offers Dupont Paintbrush Filaments, toothbrush filaments, beauty & Cosmetic filaments and abrasive & industrial filaments.
Product Range:
- Tynex® T Tetralocular Filaments
- Tynex® Q Quadrilobal filaments
- Tynex® R Solid Round Filaments
- Orel® T Tetralocular Filaments
- Orel® Q Solid Round filaments
- Kulex® H – Hexalocular Filaments
- Kulex® CT – Paintbrush Filaments
Dupont Paintbrush Filaments Tynex
Tynex® is a globally-manufactured premium and professional paintbrush made of nylon and abrasive grit. The grit is evenly distributed throughout the filament, which is characterized by its sharp, randomly positioned cutting edges that can be firmly held against any shaped work surface.
Nylon612 is a unique polymer known for its superior flexibility and bend recovery properties. Its flexibility helps to preserve the wrists of painters for a long and comfortable painting experience, while its bend recovery ensures that the filament returns to its original position with repeated use, leading to a longer brush life.
The Tynex® T, R, Q paintbrush filaments are mechanically tapered from the butt to the tip, ensuring a uniform paint flow that produces an excellent paint finish. These filaments also have a special surface finish that makes them easier to clean after the painting process, providing convenience for painters.
Tynex® T Dupont Paintbrush Filaments
Tynex® T refers to tetralocular filaments, which have three scientifically designed holes inside the filaments to reduce the weight of the brushes and improve painting comfort. These holes also enable the creation of micro bristles that improve paint pick-up, allowing painters to avoid frequently dipping the brush into the paint bucket, particularly when using water-based emulsions.
Tynex® R Dupont Paintbrush Filaments
Tynex® refers to solid round filaments, which are made of special polymers that can be tipped and flagged using specialized machines to ensure superior painting performance, particularly with enamel paints. Tynex® is a favorite choice among professional painters.
Tynex® Q Dupont Paintbrush Filaments
Tynex® Q refers to quadrilobal filaments, which are made up of four lobes joined together to form a filament. This design allows them to be made into micro bristles for uniform painting and better mixing capability for various formulations, due to their unique cross-section.
Mixed Filaments
Tynex® filaments are typically used independently or in combination with other DuPont filaments, such as Orel® and Kulex®, depending on the viscosity of the paint, painting practice, painting surface, and economic considerations. The formulation is key in creating the most successful professional paintbrushes in the world.
Dupont Paintbrush Filaments Orel
Orel® is a mechanically tapered material used in brush formulations as an alternative to hog bristles. These filaments are made of a special polymer-based material called Poly Butylene Terephthalate, along with proprietary additives, which give them unique stiffness properties and flexibility.
The Orel® series of filaments is made of a special polymer-based Poly Butylene Terephthalate with proprietary additives that give them stiffness properties and flexibility. Using Orel® filaments in the right proportions provides adequate stiffness to brushes in scientifically developed formulations, which leads to a smooth painting experience with less effort and good paint pick-up.
Each Orel® paintbrush filament is mechanically tapered from the butt to the tip, ensuring a uniform paint flow during the painting process for a uniform finish. These filaments also have a special surface finish that makes them easier to clean after the painting process.
Orel® T
Orel® T refers to tetralocular filaments, which have three scientifically designed holes inside them to reduce the weight of the brushes and improve paint pick-up through the creation of micro bristles. These filaments are suitable for mixing with chemically tipped filaments.
Orel® R
Orel® R refers to solid round filaments, which are made from special polymers that can be tipped and flagged with special machines for superior painting performance, especially with enamel paints. These filaments are suitable for mixing with professional brush formulations.
Mixed Filaments
Mixed filaments are used in the manufacture of paintbrushes to provide specific performance characteristics based on the viscosity of the paint, the painting practice, and the painting surface. They can be made from a combination of different types of filaments, such as Tynex, Orel, and Kulex, and the specific formulation is important in determining the performance of the paintbrush. Economic considerations can also play a role in the choice of mixed filaments for a particular paintbrush.
Dupont Paintbrush Filaments Kulex
Kulex® enhances the value of brushes by providing greater comfort to painters. These filaments are made of a unique Poly Butylene Terephthalate resin with proprietary additives that improve their flexibility and processability. Their distinctive cross-section and properties allow brush makers to create value brushes with various formulations that deliver reliable results.
Kulex filaments are made from a unique polybutylene terephthalate resin that has been formulated with proprietary additives to enhance its flexibility and processability. The unique cross section and properties of Kulex filaments make them well-suited for use in the manufacture of value brushes, which are designed to provide good paint pick-up and ease of painting. Brush makers can use various formulations of Kulex filaments to create value brushes that deliver consistent and reliable results.
Kulex filaments are level filaments, which means that they are straight and have a uniform height. As a result, they can only be mechanically flagged, chemically tipped, or mechanically tipped to achieve the desired finish. Kulex filaments are made with a unique stiffness, which can be useful in certain applications. They can also be mixed with other DuPont filaments to create mixed filaments with specific performance characteristics.
Kulex® H
Kulex H filaments are hexalocular filaments, which means that they have six scientifically designed holes inside the filament to reduce the weight of the brush and improve paint pick-up. These holes are created when the filament is processed on a tipping and flagging machine, which produces micro bristles. Kulex H filaments are typically used in combination with chemically tipped Kulex CT filaments to create mixed filaments with specific performance characteristics. The combination of Kulex H and Kulex CT filaments can be used to manufacture paintbrushes with improved paint pick-up and a desired finish.
Kulex® CT
Tynex filaments are solid round filaments made from special polymers that are well-suited for use in the manufacture of paintbrushes. They can be tipped and flagged using special machines to achieve a desired finish, which makes them particularly effective for use with enamel paints. Tynex filaments are highly respected by professional painters for their ability to deliver superior painting performance, and are often the preferred choice for use in high-quality paintbrushes.
Kulex® MT
Kulex CT filaments are round level filaments that have been chemically tipped with different tapering ratios to suit various mixing formulations. They are often used in combination with Orel filaments to create mixed filaments that are designed to replace bristle mixes and cater to the popular brush market. The combination of Orel and Kulex CT filaments can provide good paint pick-up and a desired finish, making them suitable for use in a range of different applications.
Mixed Filaments
Mixed filaments made from a combination of different types of filaments, such as Tynex, Orel, and Kulex, are used in the manufacture of paintbrushes to provide specific performance characteristics based on the viscosity of the paint, the painting practice, and the painting surface. Economic considerations can also play a role in the choice of mixed filaments for a particular paintbrush. The specific formulation of mixed filaments is important in determining the performance of the paintbrush and can be a key factor in the success of professional paintbrushes.
What are the different types of paint brush filaments?
There are several different types of paint brush filaments that can be used in the manufacture of paintbrushes, including:
- Natural fibers: These filaments are made from materials such as animal hair (e.g. hog bristle, pony hair) and plant fibers (e.g. sable, camel hair). They are known for their ability to hold and release paint well, but are also prone to wear and may not hold up well over time.
- Synthetic fibers: These filaments are made from man-made materials such as nylon, polyester, and acrylic. They are often more durable and less expensive than natural fibers, and are available in a wide range of shapes and sizes.
- Mixed fibers: These filaments are made from a combination of natural and synthetic fibers, and are designed to provide a balance of performance characteristics.
- Level filaments: These filaments are straight and have a uniform height, and can be mechanically flagged, chemically tipped, or mechanically tipped to achieve the desired finish.
- Split filaments: These filaments are made by splitting a level filament lengthwise, and are known for their ability to provide a softer, more natural finish.
- Crimped filaments: These filaments have a wavy or zig-zag shape, and are used to create textured finishes.
Paint Brush Filament Material Comparisons
Here is a comparison of some common paint brush filament materials:
- Nylon: Nylon is a synthetic polymer that is known for its strength and durability. It is resistant to wear and shedding, and can hold and release paint well. Nylon filaments are often used in the manufacture of high-quality paintbrushes.
- Polyester: Polyester is a synthetic polymer that is known for its strength, flexibility, and ability to hold and release paint well. It is also resistant to moisture and UV light, making it a good choice for outdoor painting.
- Acrylic: Acrylic is a synthetic polymer that is known for its ability to hold and release paint well, as well as its resistance to wear and shedding. It is often used in the manufacture of paintbrushes for water-based paints.
- Hog bristle: Hog bristle is a natural fiber made from the hair of hogs. It is known for its ability to hold and release paint well, and is often used in the manufacture of high-quality paintbrushes. Hog bristle can be prone to shedding and may not hold up well over time.
- Sable: Sable is a natural fiber made from the hair of the sable, a type of marten native to Asia. It is known for its fine, soft texture and ability to hold and release paint well, making it a popular choice for use in artist brushes. Sable can be expensive and may not hold up well over time.
- Camel hair: Camel hair is a natural fiber made from the hair of camels. It is known for its ability to hold and release paint well, and is often used in the manufacture of artist brushes. Camel hair can be prone to shedding and may not hold up well over time.
What are the best paint brush filaments for painting walls?
When it comes to painting walls, some of the best paint brush filaments to use include:
- Nylon/polyester blend: Nylon/polyester blend filaments are made from a combination of nylon and polyester fibers, and are known for their durability and ability to hold and release paint well. They are also resistant to shedding and easy to clean.
- Foam: Foam filaments are made from foam and are used for applying paint in a smooth, even layer. They are especially well-suited for use with latex paints and are easy to clean.
- Microfiber: Microfiber filaments are made from ultra-fine synthetic fibers and are known for their ability to hold and release paint well, as well as their ability to produce a smooth, even finish. They are also easy to clean and resistant to shedding.
It’s important to choose a paint brush filament that is appropriate for the type of paint you are using and the finish you desire. Nylon/polyester blend and foam filaments are generally good choices for painting walls, as they are durable, hold and release paint well, and are easy to clean.
What are the paint brush filament performance characteristics?
Paint brush filament performance characteristics refer to the specific attributes of a particular type of filament that affect how it performs when used to apply paint. Some of the key performance characteristics of paint brush filaments include:
- Hold and release: This refers to the ability of the filament to pick up and hold onto paint, as well as its ability to release the paint onto the surface being painted. Filaments with good hold and release characteristics are able to apply an even coat of paint without leaving brush marks.
- Flexibility: This refers to the ability of the filament to bend and move without breaking. Filaments with good flexibility are able to conform to the contours of the surface being painted, resulting in a smooth, even finish.
- Durability: This refers to the ability of the filament to withstand wear and maintain its shape over time. Filaments with good durability are able to hold up well to repeated use and are less prone to shedding.
- Processability: This refers to the ease with which the filament can be shaped and finished using techniques such as flagging and tipping. Filaments with good processability are easy to work with and produce consistent results.
- Finish: This refers to the final appearance of the paint job, including the smoothness, texture, and overall quality of the finish. Filaments with good finish characteristics are able to produce a professional-looking paint job with minimal brush marks.
What are the Tips and flags on paint brush filaments?
“Tips” and “flags” on paint brush filaments refer to the way that the individual strands of the filament are shaped. Tips are the very ends of the strands, and flags are the thin, flexible sections near the tips. These features can be created mechanically or chemically, and are designed to improve the performance of the paint brush.
In general, flagged filaments are more flexible and able to hold more paint, which can lead to a smoother, more even application. Tips can also be shaped in specific ways to improve the brush’s ability to hold and release paint, as well as to help it maintain its shape and stiffness.
Performance Specialty Products (India) Pvt.Ltd.
Regus Citi Centre, Room# 64, Level,No. 10/11,
Dr. Radhakrishna Salai,
Mylapore,
Chennai – 600 004. INDIA
Immanuel.walker@celanese.com & Dupontfilaments@gmail.com
+91 9940 056625
http://dupontfilaments.com/
http://starkefilaments.com/index.html
http://sipma.in
Mr Justine 98841 86587
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