Multicolor Acid Dyes for Textile Industry

Premium Industrial Acid Dyes for Textiles in Mumbai, India

Transform your textile processing with high-performance multicolor acid dyes designed for vibrant, long-lasting coloration. Manufactured in Mumbai, Maharashtra, these commercial-grade acid dyestuffs deliver consistent yield and bright shades on protein and synthetic fibers, including wool, silk, mohair, angora, alpaca, and modified acrylics or nylon. Formulated for industrial mills, commercial dye houses, and professional studio dyers, these powder dyes offer exceptional chemical stability and dependable batch-to-batch uniform coverage.

Advanced Acid Dyestuff Formulations

Acid dyes rely on an acidic bath containing agents like acetic or sulphuric acid to bind with fibers effectively. This versatile line includes leveling (strong acid) dyes, milling (weak acid) dyes, and neutral or fast acid dyes, giving dye masters full control over exhaustion rates, color migration, and fastness properties. The non-caustic powder formula dissolves easily, allowing even distribution throughout the dyebath without damaging delicate natural animal fibers.

Key Product Features

• Versatile Application: Suitable for silk, wool, mohair, angora, alpaca, nylon, and modified acrylic fibers.

• Superior Color Yield: High concentration powder format provides rich, deep shades across a wide spectrum.

• Non-Caustic Formula: Engineered to preserve fiber strength and natural texture during heating and processing.

• Industrial Batching: Available in standard 25 kg, 50 kg, and custom bulk packaging options to fit various production needs.

• High Compatibility: Works reliably in neutral to acidic dye baths across standard dye house machinery.

Why Choose Kolorjet Acid Dyes

As an ISO-certified manufacturer based in Mumbai, Kolorjet Chemicals Pvt Ltd. supplies high-purity dyestuffs tailored to strict industrial parameters. Designed for both high-capacity commercial textile operations and specialized batch dyeing, these acid dyes offer reliable brilliance, reduced bath residue, and outstanding overall fastness.