1.ENZYME WASH
Enzyme washing utilizes live cells to break down specific fibers in the fabric, resulting in a desirable finish on the garment. This process not only provides a soft, sanded, or “peached” effect that is highly sought after but also offers several benefits. It enhances the fabric’s vibrancy and texture, making it feel more luxurious against the skin. Additionally, enzyme washing can improve the fabric’s breathability, reduce pilling, and increase its overall durability, making garments look better and last longer.
2.SOFTENER WASH
Softener washing involves laundering garments in hot water with a suitable detergent and softener, followed by rinsing in plain water and drying in a tumble dryer until completely dry. A small amount of sodium is added to enhance the garment’s washed appearance. The water temperature and the proportions of the washing components are tailored to suit the specific fabric type. This process not only softens the fibers, making the garments more comfortable to wear, but also increases their fluffiness through the tumble-drying phase.The benefits of softener washing include improved softness and comfort, which enhances the overall wearing experience.
3.SILICON WASH
Silicon washing is applicable to various types of garments, including cotton, twill, denim, and canvas. This process enhances the fabric’s durability, softness, and elasticity. It also provides benefits such as improved anti-pilling properties, tear resistance, and dimensional stability. The silicon wash involves several key steps, including desizing, softening, hydro-extracting, and drying.The benefits of silicon washing extend beyond just texture; it significantly prolongs the lifespan of the fabric, making it more resilient to wear and tear. Additionally, the enhanced softness and elasticity contribute to a more comfortable fit
4.BIO-WASH AND BIO-POLISH
Bio polish and bio wash are eco-friendly techniques in garment washing that enhance fabric quality while promoting sustainability. Bio polish uses enzymes to remove loose fibers from the fabric’s surface, resulting in a smoother texture and a softly worn appearance without significant color loss. In contrast, bio wash employs biological detergents to effectively clean garments, removing dirt and stains while being gentle on the fabric. By merging these methods, garment washing units can achieve improved aesthetic and tactile qualities, all while minimizing water and chemical usage, thus supporting environmentally sustainable practices in the textile industry.
5.CPL AND DIPWASH
CPL (Cold Pad-Look) and dip washing are integrated techniques in garment processing that enhance fabric appearance while promoting sustainability. CPL involves treating fabric with a cold pad solution to achieve a soft, washed look with minimal water usage, preserving color and fabric integrity. In contrast, dip washing immerses garments in a dye bath or washing solution for even color distribution and texture enhancement. By merging these methods, garment washing units can achieve desirable aesthetics and reduce water and chemical consumption, supporting eco-friendly practices in the industry. This combination maximizes efficiency and quality in textile processing.
6.ANTIMICROBIAL FINISH
Antimicrobial finish wash is a specialized technique in garment processing designed to enhance fabric hygiene and longevity. This method involves applying antimicrobial agents during the washing process, effectively inhibiting the growth of bacteria, fungi, and odors on the fabric. By integrating antimicrobial properties into garments, this finish helps maintain freshness and extends wearability, making it ideal for activewear and other high-performance textiles. Merging this technique with conventional washing processes optimizes fabric care while ensuring durability and comfort. This approach not only improves garment quality but also promotes consumer health and satisfaction, supporting sustainable practices in the textile industry.
7.HOT WASH
Hot wash employs high temperatures to clean and sanitize fabrics, making it ideal for heavily soiled items like towels and work clothes. Operating between 130°F and 160°F (54°C to 71°C), it effectively breaks down tough stains and eliminates bacteria and allergens. While it provides excellent results, care must be taken with delicate fabrics, as high heat can cause damage. Best reserved for particularly dirty loads, hot wash balances cleanliness with fabric care, ensuring deep cleaning in both household and commercial laundry settings.
8.SPRAY WASH
Spray wash is a targeted technique that applies a pre-treatment solution directly to stains before washing. This method is effective for stubborn stains like grease and food, allowing cleaning agents to penetrate and break down the stain. Using a specially formulated stain remover or diluted detergent, the affected area is sprayed and left to sit before washing. This convenient approach reduces the need for repeated wash cycles, saving water and energy. Spray wash is ideal for quick fixes, maintaining freshness in clothes and enhancing overall laundry care.The spray wash solution typically contains cleaning agents that can penetrate fibers, helping to lift dirt and odors. It’s ideal for delicate fabrics or items that cannot be washed frequently, such as suits or outerwear.
9.DRY BIO AND FADED BIO
Dry bio and faded bio wash are innovative techniques in garment processing that enhance fabric appearance while promoting sustainability. Dry bio wash utilizes enzymes in a dry state to gently clean and soften fabrics, reducing water usage and preserving the garment’s structure. Faded bio wash, on the other hand, employs biological detergents to create a faded, vintage look by selectively removing color from the fabric while maintaining its integrity. Merging these methods allows garment washing units to achieve a soft, worn aesthetic with minimal environmental impact, optimizing both efficiency and quality in textile processing while aligning with sustainable practices in the industry.
10.ACID WASH
Acid wash is a specialized technique used primarily for denim to achieve a distinctive faded look. Utilizing a mild acid, such as hydrochloric acid, often combined with bleach, this process selectively removes color from the fabric. The result is a stylish, worn-in appearance that softens denim for added comfort. Acid washing requires caution, as it can weaken fibers if not done correctly. Typically performed in controlled environments, acid wash is favored for its ability to add character and a trendy edge to clothing, particularly in fashion-forward designs.This trend adds an edgy, retro vibe to any wardrobe, making it perfect for jeans, jackets, and more. To care for acid-washed garments, wash them inside out in cold water with like colors, avoid bleach, and air dry to preserve their unique appearance. Embrace the bold aesthetic of acid wash and stand out in style
11.BURNOUT PROCESSING
Burnout processing is a creative technique in garment washing that uses a chemical process to selectively dissolve fibers, creating intricate patterns and textures on the fabric. Typically applied to blends of cotton and synthetic fibers, this method results in a soft, sheer effect that adds depth and visual interest to garments. By merging burnout processing with conventional washing techniques, manufacturers can enhance the aesthetic appeal of fabrics while maintaining their structural integrity. This combined approach allows for unique designs and sustainable practices, as it often requires less water and energy compared to traditional dyeing methods, promoting eco-friendly initiatives in the textile industry.
12.CLOUDY EFFECT
Cloudy effect wash is a specialized garment processing technique that creates a soft, diffused appearance on fabrics, resembling a misty or cloud-like finish. This effect is achieved through a combination of gentle washing methods and specific treatments, often involving the use of enzymes or softeners to enhance texture. Merging the cloudy effect wash with traditional washing processes allows for unique aesthetic outcomes while maintaining fabric integrity. This approach not only adds visual appeal but also promotes sustainability by minimizing water and chemical usage. The result is a stylish, eco-friendly garment that caters to consumer demand for both quality and creativity in fashion.
13.OPTICAL CRACK AND OPTIC STONE
Optical crack and optic stone washes are innovative techniques used in garment processing to achieve distinct visual effects. Optical crack wash creates a unique, cracked appearance on the fabric by utilizing specialized treatments that simulate natural aging. In contrast, optic stone wash employs abrasive materials to produce a soft, worn-in look with a stone-like texture. Merging these methods allows for a combination of intricate crack patterns and a smooth finish, enhancing the garment’s aesthetic appeal. This integrated approach not only elevates fashion designs but also promotes sustainability by reducing water and chemical usage, making it a responsible choice in textile processing.
14.GEL WASH
Gel wash is a modern garment processing technique that utilizes gel-based detergents to achieve a soft, luxurious feel and enhanced color retention. This method effectively cleans fabrics while minimizing water usage and reducing the risk of damage to delicate fibers. When merged with traditional washing methods, gel wash provides a comprehensive approach that maintains the garment’s integrity and appearance. The combination ensures effective cleaning while enhancing texture and visual appeal, resulting in high-quality finished products. This eco-friendly technique aligns with sustainable practices in the textile industry, catering to consumer demand for both performance and responsible manufacturing.