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Walkintech

GEL INSOLE

Applications

casual

casual

dress

dress

For those who perform a daily movement activity or spend many hours on their feet, but use to wear shoes with limited space and stiff soles

Key Features

Breathble

Breathble

Impact Absortion

Impact Absortion

High Anatomic Design

High Anatomic Design

Cushining

Cushining

Improve Body Posture

Improve Body Posture

Improve Plantar Pressure

Improve Plantar Pressure

Anatomical shape

The padding and heel anatomy: The heel shaping, in combination with the lower profile and plantar arch design, prevents feet from rolling and helps contain heel fat, which is a natural shock absorber

The plantar arch anatomy: Low height support to hold the foot, without forcing it into unnatural movements

The metatarsal profile at constant depth is designed to improve the plantar pressure distribution, exerted at each step

The lower heel anatomy: The variable depth profile at the heel is designed so that the insole has a shock absorbing effect, cushioning the heel impact on the ground and does not allow the insole to tilt towards the inside of the shoe

Thickness

Materials

The DOUBLE-LAYER NON-SLIP FABRIC absorbs excess perspiration and keeps the foot dry, preventing sweat, in contact with the foot, from:

  • causing irritation and blisters in summer/spring
  • transmitting cold in winter/autumn

The TPR ® has a greater resilience, to work in symbiosis with stiff-soled shoes, improving plantar pressure distribution

The TPR ® added layer, in symbiosis with the variable depth profile, has an anti shock effect in the heel area, to cushion the impact on the ground

性能

Static Comfort
Hardness
Hardness
Asker C
ASTM D-2240
CLD
CLD
kPa
UNE EN ISO 3386/0
Dynamic Comfort
CFw
CFw
SATRA TM159
CFr
CFr
SATRA TM159
Resilence
Resilence
%
ASTM 3574-H
Thermal Comfort
Water absortion
Water absortion
mg/cm2
UNE EN ISO 20344
Water desorption
Water desorption
UNE EN ISO 20344
Durability
Compression set
Compression set
%
SATRA TM64
Dynamic Compression. Final Thickness after 24h
Dynamic Compression.  Final Thickness after 24h
%
SATRA TM156 (100.000 cycles)

环境指数

mPt
Process 0%Transport 0%Materials 0%
kg CO2 eqClimate change
kg CO2 eqClimate change - Fossil
kg CO2 eqClimate change - Biogenic
kg CO2 eqClimate change - Land use and LU change
kg CFC11 eqOzone depletion
kg NMVOC eqPhotochemical ozone formation
mol H+ eqAcidification
kg P eqEutrophication, freshwater
kg P eqEutrophication, marine
mol N eqEutrophication, terrestrial
m3 depriv.Water use
kg Sb eqResource use, minerals and metals
MJResource use, fossils 1
PtResource use, fossils 2
disease inc.Particulate matter
kBq U-235 eqIonising radiation
CTUeEcotoxicity, freshwater
CTUhHuman toxicity, cancer
CTUhHuman toxicity, non-cancer

Sustainbility Composition

0%

    Full TDS

    测试性能
    thickness
    Thickness
    Weight
    Hardness
    CLD
    CFw
    CFr
    Resilence
    Water absortion
    Water desorption
    icon dynamic comfort
    Compression set
    Repeated Compression. Zero time Thickness Loss
    Repeated Compression. 24h Recovery Thickness
    Dynamic Compression. Final Thickness after 24h
    Delamination
    测试方法
    BS 4443 Part 1UNE EN ISO 20344ASTM D-2240UNE EN ISO 3386/0SATRA TM159SATRA TM159ASTM 3574-HUNE EN ISO 20344UNE EN ISO 20344SATRA TM64SATRA TM156 (100.000 cycles)SATRA TM156 (100.000 cycles)SATRA TM156 (100.000 cycles)ISO 36 (UNE 53-538-91)
    数值
    ± 0,3 mm ± 5% g ± 4 Asker C ± 10% kPa < < > % > mg/cm2 > < % < % > % < % > N/mm

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