Camel Camlin Series 66 & 67
Camlin Synthetic Gold Hair Brushes are designed with seamless nickel-plated ferrules with perfectly balanced wooden handles.
Synthetic Gold Hair Brushes from Camlin are of international quality. Suitable to use with watercolours, acrylic colours, and fabric colours.
• Bristle Material: Synthetic
• Brush Head Type: Round and Flat
• Brush Sizes: 1, 2, 4, 6
• Quantity: Set of 4 assorted flat brushes
The Camel Camlin Series 66 & 67 Synthetic Gold Mix Brush Set is a premium collection of synthetic brushes designed to meet the needs of artists and painters. This set offers a versatile range of brush sizes and shapes, allowing for precise control and the creation of various artistic effects.
Each brush in the set is crafted with high-quality synthetic bristles that mimic the characteristics of natural hair brushes. The synthetic bristles are durable, resilient, and have excellent color-holding capacity, ensuring smooth and even application of paints.
The gold mix synthetic bristles provide an added advantage, as they offer enhanced spring and responsiveness, allowing for effortless brushwork and expressive strokes. Whether you're working with acrylics, oils, or watercolors, these brushes deliver consistent and reliable performance.
The Camel Camlin Series 66 & 67 Synthetic Gold Mix Brush Set is suitable for artists of all levels, from beginners to professionals. The set includes a variety of flat, round, and filbert brushes, providing versatility for different painting techniques and styles.
The brushes are designed with ergonomic handles that offer a comfortable grip, reducing fatigue during extended painting sessions. The gold-colored ferrules not only add an aesthetic appeal but also ensure the long-lasting durability of the brushes.
Whether you're a painter, hobbyist, or art student, the Camel Camlin Series 66 & 67 Synthetic Gold Mix Brush Set is a valuable addition to your art supplies. Experience the precision, versatility, and reliability of these brushes as you bring your artistic visions to life.