ZAMST HA-1 Mesh (Five-finger socks)
ZAMST HA-1 Mesh (Five-finger socks)
For maintaining plantar performance
- Breathable mesh structure -
Support the plantar arch with unique knitting techniques.Low-profile, five-finger type.
Product Description
Arch lift to support plantar function
The use of unique knitting techniques from the arch to the ankle supports the spring function that can be decreased by fatigue. A combination of the arch lift and the heel control supports maintenance of long-duration and high level of performance.
Heel control to suppress heel instability
A unique heel-control knitting technique suppresses heel instability and reduces the strain on the plantar arch. Support maintenance of long-duration and high level of performance.
Front-wave that does not prevent natural movement of the foot
It is easy to bend and stretch even if it gets wrinkled on the front of the ankle.
Support the Achilles tendon
Creating spaces in arch lifts helps with moderate mobility and reduces stress.
Knitted structure that enhances fit of the base of the finger
Change knitting techniques from the base of the finger through the hypothenar in order to enhance fit on the base of the finger.
Available in 2 colors
Black, White
Size Chart
Choose a size based on your shoe size. If your measurement falls between two sizes, choose the larger one.
Size
SS
S
M
L
Shoe size
21.0 - 23.0 cm
23.0 - 25.0 cm
25.0 - 27.0 cm
27.0 - 29.0
Recommended Products
ZAMST AS-1 (Five-finger socks)
For maintaining plantar performance
- Arch lift support -
ZAMST HA-1 Regular (Socks)
For maintaining plantar performance
- Cushioning-oriented standard type -
ZAMST HA-1 Compression
For maintaining the calf & plantar performances
- Compression type with calf support -
ZAMST HA-1 Mesh (Socks)
For maintaining plantar performance
- Breathable mesh structure -
ZAMST HA-1 Short (Socks)
For maintaining plantar performance
- Cushioning-oriented standard type -
FAQ for this product
Evan Jeffries, PT, DPT, MS
EVAN JEFFRIES is a physical therapist with a Doctorate in Physical Therapy (DPT) from the University of St. Augustine for Health Sciences. He has vast knowledge of the musculoskeletal system and has treated many orthopedic conditions by bringing a proactive approach to healthcare and lifestyle.
