انكماش الملابس لا يعني التخلي عنها (صورة مولدة بالذكاء الاصطناعي)
  • January 3, 2026
  • libyawire
  • 0

The first thing you might do before buying a new piece of clothing is to check its fabric to see if it will shrink after washing or maintain its original size. Many of us have experienced this annoying situation when we take a favorite item out of the dryer to find it has become noticeably smaller. Fortunately, there are solutions to such problems. By following simple steps, it is possible to restore your clothes to exactly how they were before washing.

Understanding the causes of shrinkage helps us avoid this problem and take preventive measures to maintain the normal size of clothes. The first thing we need to know is that the degree of shrinkage varies depending on the type of fabric.

1 – Natural Cellulosic Fabrics

Cellulosic fabrics are the most prone to shrinkage due to their high water absorption capacity. These clothes are usually made from plant fibers based on cellulose, such as cotton, rayon (viscose), and linen.

During manufacturing, the fibers are stretched and mechanically twisted to arrange them cohesively, producing smooth, long threads. When these fabrics are immersed in water during washing, the fibers become softer and more flexible, and the fabric loses some of its original taut shape. As they are placed inside the washing machine, they gradually return to their original state, causing the piece to shrink noticeably.

High heat during washing or drying also accelerates this shrinkage, making clothes appear smaller.

2 – Wool

Wool has unique characteristics that distinguish it from other fabrics in how it shrinks. It is made from animal protein fibers covered with fine scales on their surface. When exposed to water, movement, and heat, these scales open up and interlock with neighboring fibers in a process known as felting.

As a result of this entanglement, the fabric becomes denser and more compact, and its size shrinks clearly. The piece may lose some of its elasticity and become stiffer, making wool shrinkage severe and leading to a noticeable change in the shape of the garment.

Shrunken clothes after washing - AI generated image

3 – Synthetic Fibers

Unlike natural fabrics, synthetic fibers such as polyester and nylon are highly resistant to stretching and shrinking thanks to their stable chemical structure. They are not easily affected by heat or water, allowing them to maintain their original shape even after repeated washing. For this reason, these fibers are used in the manufacture of sportswear and practical clothing that requires greater durability.

How to Rescue Your Shrunken Clothes?

Although shrinkage may seem like a permanent problem, a set of simple steps can restore the fibers’ elasticity and make the garment much closer to its original shape.

Step One: Soak in Lukewarm Water with a Conditioner

To restore shrunken clothes to their normal size, fill a large container with lukewarm water, then add a small amount of a gentle conditioner or fabric softener to moisturize the fibers and make them more flexible for stretching.

Place the garment in the solution, making sure it is completely submerged, and leave it to soak for 15 to 30 minutes until the fibers absorb the treated water and regain their ability to be reshaped.

Step Two: Remove Excess Water Without Wringing

After the soaking stage is complete, lift the garment gently and place it on a wide towel. Then roll the towel with the garment into a cylinder shape, allowing the fabric to get rid of excess water.

It is preferable to avoid any strong wringing because intense pressure may damage the fibers and tighten them again. Therefore, light pressure on the roll is sufficient to ensure moisture absorption without causing any damage to the fabric.

Step Three: Lay the Garment Flat and Stretch it Gradually

Place the garment on a flat surface, then gently pull the edges and sides to reshape it gradually and evenly, taking care not to distort the fabric’s shape.

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cotton

Cotton is not a specific place or cultural site, but a plant that has been cultivated for its fiber for thousands of years, with evidence of its use in ancient civilizations like those in the Indus Valley and Peru. Its history is deeply intertwined with global trade, the Industrial Revolution, and, tragically, the system of slavery in the American South. Today, it remains one of the world’s most important agricultural commodities for the textile industry.

rayon

Rayon is a synthetic fiber made from cellulose, primarily derived from wood pulp, and was first developed in the late 19th century as an artificial silk. Its invention is credited to French chemist Hilaire de Chardonnet, who patented the process in 1884, leading to its commercial production in the 1890s.

viscose

Viscose is not a place or cultural site, but a type of semi-synthetic rayon fabric. It was first developed in the late 19th century as a more affordable alternative to silk, with the modern viscose process being patented in 1892.

linen

Linen is a textile made from the fibers of the flax plant, with a history of production dating back over 30,000 years. It was highly prized in ancient civilizations like Egypt, where it was used for clothing, mummification, and as a symbol of purity and light. The production and trade of linen have been culturally and economically significant across Europe and the Middle East for millennia.

wool

Wool is not a specific place or cultural site but a natural fiber historically vital to many economies, such as in medieval England where it drove trade and industry. Its production and trade have shaped regions like the Cotswolds in the UK, known for its “wool churches” built from the wealth of the medieval wool trade.

polyester

Polyester is not a place or cultural site but a synthetic polymer material, first patented in 1941 by British chemists John Rex Whinfield and James Tennant Dickson. It became widely used in textiles and manufacturing from the mid-20th century onward due to its durability and low cost.

nylon

Nylon is not a place or cultural site, but a synthetic polymer first developed in the 1930s by Wallace Carothers at the American company DuPont. It was introduced commercially in the late 1930s, most famously for women’s stockings, and became a crucial material during World War II for items like parachutes and ropes.

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