INSOLE

The insole, or removable footbed, is an accessory designed to help balance the body’s weight during movement. It is inserted inside the shoe and primarily functions to promote foot health, limb comfort and overall walking comfort. It aids in improving weight distribution during foot contact by calibrating energy dispersion through its cushioning effect. Recognising their critical importance, Pezzol Industries has always focused on the ergonomic development of this essential accessory. The company carefully designs and selects materials to ensure lasting comfort for the user.

B-01

ENERGY DISSIPATION AND RETURN.
The insole is made from soft polyurethane foam with dispersed thermoplastic elastomer (TPE) spheres. Polyurethane provides support and conforms anatomically to the foot. The TPE allows for energy dispersion under stress. The shape and presence of holes in the insole ensure continuous air circulation.

1. Anatomical insole made of polyurethane compound for improved comfort.
2. TPE charge system for an even distribution of energy.
3. Fully lined with through-holes to enhance air circulation.

B-02

ENERGY DISSIPATION AND RETURN.
The insulating insole is made from soft polyurethane foam with dispersed thermoplastic elastomer (TPE) spheres. Polyurethane provides support and conforms anatomically to the foot. The TPE allows for energy dispersion under stress. The shape and presence of holes in the insole ensure continuous air circulation.

1. Anatomical insole made of polyurethane compound for improved comfort.
2. TPE charge system for an even distribution of energy.
3. Fully lined with through-holes to enhance air circulation.

o-01

CUSHIONING AND PERFORMANCE.
Anatomical insole, anti-static, made of comfortable polyurethane, lightweight, elastic and with shock-absorbing capabilities. Its design provides personalized cushioning, adapting to the shape of the foot over time and is able to evenly distribute pressure during walking, making it ideal for work shoes.

1. Anatomical insole made of comfortable polyurethane
2. Shock-absorbing design
3. Sturdy and durable

t-01

ENERGY DISSIPATION AND RETURN.
Anatomical insole with high-density open-cell conductive polyurethane foam. The unique cellular structure ensures cushioning and fatigue-reducing effects, providing energy return to the foot during walking without excessive loading.

1. Anatomical insole for increased comfort
2. High-density foam = energy absorption and rebound
3. Fully lined with conductive micro-perforated fabric to reduce wear and tear

I-01

SUPPORT AND THERMAL REFLECTION.
Anatomical insole made from opencell polyurethane foam. Provides shock absorption in the heel area and good arch support. The entire insole is highly antistatic, extremely breathable and antibacterial. The top layer is covered with a polyester fabric that is highly abrasion-resistant, while the underside features an aluminum film at the forefoot that retains heat within the shoe, preventing its dispersion.

1. Anatomical insole for greater comfort
2. High-density foam = energy dissipation and rebound
3. Intermediate aluminum layer to reduce heat dissipation

a-01 

COMFORT AND SUPPORT.
The insole is made of fatigue-reducing polyurethane foam, designed to help balance pressure on the foot by distributing weight evenly across the entire surface. Its three-point support system - from the metatarsal area, through the arch, to the heel - makes it particularly effective in improving foot posture. The U-shaped heel design ensures added stability. Made from a technical non-slip fabric that is soft, gentle and breathable, it keeps feet comfortable and fresh throughout the day.

1. Fatigue-reducing
2. Supportive polyurethane foam for improved posture
3. U-shaped design for maximum stability

H-01 

INTEGRATED ABSORPTION.
Antistatic insole designed with continuous channel mapping for excellent air circulation within the shoe. The lightweight and elastic EVA structure, combined with an anatomical shape, provides support to the foot throughout all phases of walking. The fatigue-reducing insert in the heel absorbs shocks, lowering the risk of injury. The polyester lining is abrasion-resistant to ensure maximum durability over time.

1. Shock-absorbing cell
2. Breathable and antistatic
3. Anatomical insole for enhanced comfort

H-02 

CONSTANT MICROCLIME.
Insole made from three functional layers perfectly combined to ensure comfort and a constant microclimate even in extreme climatic conditions. The high-density latex foam cradles the foot step by step, providing a pleasant cushioning effect, while the external anti-slip layer ensures exceptional grip on the shoe’s upper. Covered with soft and warm lambswool, the insole is ideal for maintaining mild and consistent warmth even in sub-zero temperatures. 

1. Lamb’s wool for warmth direct to the foot
2. High-density foam = energy dissipation and return
3. Latex foam insole for greater comfort

S-01 

COMFORT AND LIGHTNESS.
Anatomical insole made from soft polyethylene foam. Features an extra-lightweight structure with shock absorption in the heel area and plantar arch support. The polyester lining is highly abrasion resistant. Antistatic. 

1. Ultra-lightweight
2. Abrasion-resistant fabric
3. Anatomical insole for enhanced comfort

S-02 

EXCEPTIONAL BREATHABILITY.
The insole is made from high-density EVA that absorbs shocks during walking, enhancing comfort. The shape is designed to evenly distribute contact pressure, avoiding localized overloads, while the special honeycomb pattern maximizes shock absorption and increases breathability.

1. Antibacterial
2. Micro-perforated polyester fabric = maximum breathability
3. Honeycomb cells for shock absorption and breathability