M-Tac Canvas High Top Sneakers
M-Tac Canvas sneakers are classic casual and outdoor shoes made of durable cotton canvas. They are perfect for everyday use, walks and light outdoor activities.
PRODUCT PARAMETERS
Model: Canvas High
Manufacturer: M-Tac
Series: Casual / Outdoor
Type: high-top sneakers / canvas shoes
Gender: unisex
Color: as per variant
Upper material: abrasion-resistant cotton canvas
Backing: cotton
Sole: PVC (vulcanized rubber)
Weight: Standard Urban Construction
Temperature range: spring / summer / early autumn
Technology: vulcanized sole, metal eyelets
Production: casual/outdoor footwear
PRODUCT DESCRIPTION
The M-Tac Canvas is a classic high-top sneaker designed for everyday comfort and durability. The upper is made of abrasion-resistant cotton canvas, ensuring good breathability and comfort when used in warmer conditions.
The structure is reinforced with metal eyelets and an additional heel protector. Wide polyester laces stabilize the foot without excessive pressure, which increases comfort during longer walks.
The soft and flexible PVC sole with vulcanized technology is responsible for cushioning and flexibility. The variable tread pattern improves traction on a variety of surfaces – from asphalt to park paths.
Mã sản phẩm:MTS-4432-BROWN
Categories:Male footwear
MOST IMPORTANT FEATURES
1. Thermoregulatory properties
breathable cotton canvas upper
comfort of use in warmer conditions
natural air circulation
2. Hygienic properties
skin-friendly cotton pad
limiting excessive overheating of the foot
comfort for everyday wear
3. Functional properties
abrasion resistance thanks to Canvas
metal eyelets that increase the durability of the lacing system
reinforced heel for improved stability
flexible sole providing cushioning
resistance to deformation with regular use
APPLICATION
everyday urban use
walks and outdoor recreation
light outdoor activities
use in the spring-summer season
WHY CHOOSE THIS MODEL?
classic design in a modern execution
comfort during all-day use
stable fit to the foot
good grip on various surfaces
durability with regular wear
Test