KerraMax Care

KerraMax Care® products are premium wound care and skin protection solutions designed to support healing, prevent skin breakdown, and enhance patient comfort. Engineered for use in hospitals, clinics, and home care, KerraMax Care combines innovative dressing technologies, absorbent materials, and gentle adhesives to manage a wide range of wounds effectively.

Trusted by healthcare professionals, these products are suitable for acute, chronic, and high-risk wounds, offering reliable protection and promoting optimal healing conditions.

Why Choose KerraMax Care® Products?

KerraMax Care focuses on patient comfort, clinical effectiveness, and efficient wound management, helping caregivers deliver high-quality care with fewer complications.

Key Benefits

Clinically Effective Healing
Supports moist wound healing to accelerate tissue repair and recovery.

Skin Protection
Protects surrounding skin from friction, shear, and maceration.

Gentle & Non-Traumatic
Soft, non-adherent materials minimize pain and trauma during dressing changes.

High Absorbency
Absorbs and retains wound exudate to prevent leakage and maceration.

Versatile & Conformable
Adapts to different wound shapes and body contours for secure coverage.

Cost-Efficient Care
Long wear time reduces dressing change frequency and overall treatment costs.

KerraMax Care® Product Range
KerraMax Care® Foam Dressings

Highly absorbent dressings ideal for moderate to heavily exuding wounds, including pressure ulcers, venous leg ulcers, and surgical wounds.

KerraMax Care® Hydrocolloid Dressings

Support autolytic debridement while protecting the wound and maintaining a moist healing environment.

KerraMax Care® Silicone Dressings

Soft silicone adhesive for atraumatic application and removal, suitable for fragile or sensitive skin.

KerraMax Care® Alginate Dressings

Ideal for bleeding or highly exuding wounds, forming a soft gel on contact with exudate.

KerraMax Care® Film & Non-Adherent Dressings

Provide protection and barrier function with minimal disruption to the healing tissue.