Acid Violet 54 appearance is red powder. It is blue in concentrated sulfuric acid, turns into magenta after dilution, and precipitates; it is orange in concentrated nitric acid. The aqueous solution is magenta, and there is no change in hydrochloric acid or sodium hydroxide.
TRADE NAME:Weak acid red 10B,Best Acid Red 10B,Acid Violet,Akacid Red IOB 140%,Lerui Acid Violet 1OB,Orco Milling BrilliantRed 10B,Polar Red 10B,Weak Acid Violet 10B
Standard | Fiber | Soaping | Persperation Fastness | Oxygen bleaching | Light | |
Fading | Stain | |||||
AATCC | Wool | 4 | 4-5 | 4-5 | 4 | |
ISO | Wool | 4-5 | 5 | 4-5 | 5 | 4-5 |
Leveling(grade) | Displacement | Whitening | Solubility(g/L) | Metal ion effect(grade) | ||
copper | iron | chromium | ||||
3 | D | well | 100(90℃) | 4 | 4 | 5 |
Test Methods | fiber | Alkali resistance | Carbonization | steaming | Chlorination discoloration | Oxygen bleaching | Alkali fluff | Acid shrinkage | Seawater discoloration | Soaping | Perspiration | Sun exposure | ||
discolor | Staining | discolor | Staining | |||||||||||
AATCC | wool | — | 5 | 5 | — | — | — | — | — | 5 | 4~5 | 4~5 | 4~5 | 4 |
ISO | wool | 3~4 | 5 | 4~5 | 4~5 | 5 | 4~5 | 4~5 | 5 | 4~5 | 5 | 5 | 4~5 | 4~5 |
Mainly used for wool, tops, wool/stick blended fabric, polyamide fiber and its silk products dyeing and printing directly, also can used for leather color.
4. Weak acid brilliant red 10B Wet handling fastness and fluff resistance are good, the color is bright and blue, similar to Qinglian, the strength is higher, the light color has poor light fastness, suitable for dyeing dark color, dyeing Light colors are generally replaced with other dyes.
Protein fibres (wool and silk) and nylon typically give the best overall fastness. On these fibres you will normally see stronger wash and rub fastness versus cellulose fibres — for cellulose you should use a substantive or vat dye instead. Always run a lab batch to confirm fastness targets for your substrate and finishing process.
As a starting point for wool: 0.5–1.5% owf (on-weight-of-fibre) with an acid pH (around pH 4.0–5.0), raise temperature gradually to 85–95°C and hold for 30–45 minutes depending on liquor ratio. For nylon, lower temperature and shorter dwell may be sufficient. These are starting guidelines — always optimize on your equipment and with your auxiliaries.
Acid dyes like Acid Violet 54 bind to fibres by ionic interaction; lower (acid) pH increases protonation of fibre sites and usually improves exhaustion and darker shades. If pH becomes too low it can accelerate hydrolysis on sensitive substrates — follow lab trials to find the optimum pH for shade and fastness.
Yes. Standard leveling auxiliaries and leveling acid dyes are generally compatible, and can improve uniformity on larger lots or difficult-to-level substrates. Compatibility tests are advised because leveling agents can slightly alter final shade and uptake rate.
Acid violet shades commonly show moderate to good wash and rub fastness on protein fibres when properly fixed and finished; lightfastness is commonly moderate — for outdoor or high-light applications consider mixing with more lightfast pigments or selecting specialised lightfast dyes. Always request the technical datasheet for measured fastness grades.
No — this product is an industrial textile/leather dye and is not intended for food contact, toys, medical implants or drinking-water applications. For regulated applications consult regulatory documents and approved dye lists for your target market.
Scale up in at least two pilot runs, keep liquor ratio, pH profile, temperature ramp and dwell consistent with the lab recipe, and use the same auxiliaries and water hardness. Measure shade (spectrophotometer) and evaluate fastness (wash, rub, light) under the same standardized conditions used in your lab tests.
