Product Care Guide

With the right care, they can last for years. Apolla compression socks retain APMA-accepted 20-30 mmHg therapeutic compression through thousands of wears, while many drugstore alternatives lose elasticity within weeks or months. Their medical-grade construction and patented arch support technology are made for long-term use rather than quick replacement.

How long they perform depends greatly on your laundry routine. Customers who place them in mesh bags, use a gentle cycle, avoid bleach and fabric softener, and dry with low heat often report 3-5 years of daily wear before compression begins to decline. Washing without protection and drying on high heat can speed up deterioration. The construction stays the same; the care routine determines the lifespan.

It may be time for a new pair when the ankle no longer feels comfortably snug, heels or toes show wear-through, the ankle starts sagging when it did not before, or the noticeable arch-support feeling has faded. Once the socks no longer feel compressive, they have reached the end of their useful life.

Durability also changes the value equation. A $60 Apolla pair that lasts 4 years works out to $15 per year. A $15 drugstore pair replaced every 3 months adds up to $60 per year. Higher-quality construction costs more initially and less over time. Rotating 2-3 pairs gives each one recovery time between wears, spreading stress across the rotation. Elastic fibers can perform better when they get a rest interval. One dance teacher described teaching classes in Apolla for six years and said her back and legs no longer hurt. The goal is years of relief, not months.

Machine wash them inside a mesh laundry bag on a gentle cycle with mild detergent. This simple step protects the APMA-accepted 20-30 mmHg compression fibers from agitation and can add years to the life of your socks. Cold or warm water is suitable. Hot water can strain elastic fibers, so it is best avoided when possible. The mesh bag is even more important than the water temperature.

When compression socks tumble loosely in the washer, they can catch on other clothes, stretch during the spin cycle, or snag against parts of the drum. A mesh bag helps prevent all three issues. A $5 lingerie bag can protect socks that cost $50-80 per pair.

Avoid fabric softener. It leaves a waxy coating on fibers, reducing compression performance and interfering with the traction used on Shock styles. The patented grip technology on Performance Shock, AMP Shock, and Infinite Shock is refreshed by washing, helping restore traction for dance floors and studio surfaces. Softener gets in the way of that process. Skip bleach as well, because harsh chemicals break down elastic fibers and can cause early compression loss. Mild detergent is all you need.

For drying, choose low heat or allow the socks to air dry. High heat affects compression fibers in the same way as overly hot water. When using a dryer, select the lowest heat setting and remove the socks promptly at the end of the cycle. Washing frequency depends on how intensively they are used. Daily wear in healthcare or dance settings usually calls for washing after each use, while lighter wear may allow 2-3 uses between washes. Use odor and visual inspection as your guide. One long-term wearer said that even after repeated washing, the socks still felt like new. A mesh bag and gentle cycle help deliver years of wear.

Yes, as long as you use low heat. High temperatures can damage the elastic fibers responsible for APMA-accepted 20-30 mmHg therapeutic compression, gradually lowering their effectiveness and shortening the useful life of the socks. Low heat allows them to dry without compromising fiber integrity. For the longest lifespan, air drying is still the preferred option.

The main issue is the gradual breakdown of elastic fibers. Compression socks create therapeutic pressure through engineered stretch that encourages blood flow toward the heart. Heat exposure slowly reduces that elasticity, similar to what happens when a rubber band is left in the sun. A single high-heat cycle is unlikely to ruin a pair, but repeated exposure adds up.

Apolla socks use materials designed to tolerate low-heat drying. Their patented arch support technology and the traction found on Shock styles are built to withstand normal laundry routines when the heat remains low. Washing and gentle drying can refresh traction and restore grip for dance floors.

Three dryer habits help protect your purchase: use only low heat or an air-dry setting, remove the socks promptly when the cycle ends, and avoid dryer sheets. Residual warmth inside the drum can continue exposing fibers to heat during cooldown. Dryer sheets, like fabric softener, leave a residue that affects compression and traction. Air drying takes longer but removes the heat risk completely. Hang the socks or lay them flat and they will generally dry overnight. This works especially well when rotating several pairs. One nurse who spends 12-hour shifts walking said the socks helped tired, painful feet feel comfortable again. Keeping the heat low preserves the features that matter.

No. When washed correctly, Apolla compression socks do not shrink. The APMA-accepted 20-30 mmHg compression fibers and patented arch support technology are designed to preserve their dimensions, shape, and therapeutic pressure through hundreds of wash cycles. The fit you receive from the package is the fit you keep.

The reason is that compression performance relies on the stretch behavior of the fibers rather than contraction of the fabric. Shrinking would reduce compression capability by tightening the relaxed state and changing the stretch-to-pressure ratio used in the engineering. Apolla fibers are intended to retain their original baseline dimensions over time.

Washing can still create a positive change. The fabric gradually adapts to the unique shape of your foot while maintaining its compression level, so many customers say the socks become even more comfortable after a few washes. For traction-enabled Shock styles, washing also renews grip. The traction technology on Performance Shock, AMP Shock, and Infinite Shock refreshes with each wash cycle, helping maintain traction on studio and stage surfaces.

The main risk comes from extreme heat. High-heat tumble drying or accidental exposure to intense direct heat can harm elastic fibers. That is not traditional shrinkage, but heat damage that may change fit and compression. Air drying or low-heat drying prevents this issue. One customer who puts her socks through substantial wear said that after several washes, they still feel like new when she puts them on again. Wash with confidence and the fit remains consistent.