CEP 3.0 Low Cut Sock

$29.50

CEP Low Cut Socks are part of a new & long awaited performance sock range. The CEP Running Socks provide extreme comfort, perfect heat & moisture management; and foot support for all sports. Using the same technology as the Compression Run Socks 2.0 it has functional padding around the heel, arch & toe; for foot and blister protection.

Quality Attributes

  • German Made (Medi Compression)
  • Special Compression Profile Activates The Flow Of Blood
  • Perfect Anatomical Fit – Left & Right Foot
  • Highest Quality Materials & Premium Craftsmanship For Extreme Durability
  • Micro-Fibre Technology For Superior Comfort
  • Extra-Flat Toe Seam

Functional Attributes

  • Optimum Recovery & Performance
  • Maximum Stability For Muscles & Joints To Help Prevent Injuries
  • Heat & Moisture Management (Hydrophilic Design)
  • Open-Pore Mesh Structure For Excellent Ventilation
  • Anti-Bacterial & Odor-Reducing Properties
  • Padded Heel, Arch & Toe Zones For Enhanced Comfort & Blister Protection

CEP Low Cut Socks are part of a new & long awaited performance sock range. The CEP Running Socks provide extreme comfort, perfect heat & moisture management; and foot support for all sports. Using the same technology as the Compression Run Socks 2.0 it has functional padding around the heel, arch & toe; for foot and blister protection.

Quality Attributes

  • German Made (Medi Compression)
  • Special Compression Profile Activates The Flow Of Blood
  • Perfect Anatomical Fit – Left & Right Foot
  • Highest Quality Materials & Premium Craftsmanship For Extreme Durability
  • Micro-Fibre Technology For Superior Comfort
  • Extra-Flat Toe Seam

Functional Attributes

  • Optimum Recovery & Performance
  • Maximum Stability For Muscles & Joints To Help Prevent Injuries
  • Heat & Moisture Management (Hydrophilic Design)
  • Open-Pore Mesh Structure For Excellent Ventilation
  • Anti-Bacterial & Odor-Reducing Properties
  • Padded Heel, Arch & Toe Zones For Enhanced Comfort & Blister Protection
Weight 0.00 kg