Collection: compression socks for large calves

Why Choose Compression Socks for Large Calves?

Designed for Optimal Fit

Our wide calf compression socks feature expanded calf dimensions (14-22" circumference) with stretchable fabrics that adapt to fuller legs without constriction. Unlike standard socks, these eliminate uncomfortable tightness behind the knees.

Medical & Performance Benefits

  • 20-30 mmHg graduated compression boosts blood flow
  • Reduces leg fatigue during 12-hour nursing shifts
  • Prevents DVT during long flights
  • Accelerates muscle recovery post-workout

Top Picks for Wide Calf Support

1. 15-20 mmHg Graduated Compression Socks

Ideal for daily wear with moderate compression. Moisture-wicking fabric keeps legs dry during workouts or work shifts.

2. 20-30 mmHg Wide Calf Medical Socks

Clinically-proven pressure for managing varicose veins and severe swelling. Reinforced heels prevent blistering.

3. Athletic Compression Socks (S/M & L/XL)

Targeted arch support and breathable mesh panels for runners/cyclists. Reduces muscle vibration by 38%*.

4. All-Day Comfort Knee High Socks

Seamless toe design prevents irritation. Graduated compression maintains energy during prolonged standing.


How to Measure Your Calf Size

  1. Sit with legs at 90° angle
  2. Measure fullest part of calf (Circumference A)
  3. Measure ankle circumference (Circumference B)
  4. Compare with our size chart

Pro Tip: Size up if between measurements or for extra-wide calves.


FAQs: Compression Socks for Large Calves

Q: Will these leave marks on my legs?

A: Our wide-calf designs use gradient compression technology that evenly distributes pressure without leaving indentations.

Q: Can I wear them while sleeping?

A: We recommend consulting your physician. Most users wear them during active hours (max 12 hours/day).

Q: How do I prevent rolling at the top?

A: Our non-slip silicone bands keep socks securely in place, even on muscular calves.

Q: Are they machine washable?

A: Yes! Wash cold inside-out and air dry to maintain elasticity.


*Clinical study by Journal of Sports Science & Medicine (2022)