KerraPro

KerraPro® products are advanced wound care solutions designed for clinicians and healthcare professionals to manage acute, chronic, and complex wounds effectively. Combining high-performance materials, clinical innovation, and patient comfort, KerraPro offers a comprehensive range of dressings and supports that enhance healing, reduce infection risk, and improve overall wound management outcomes.

Used in hospitals, clinics, and home care settings, KerraPro products are trusted for their reliability, versatility, and efficiency in wound care.

Why Choose KerraPro® Products?

KerraPro focuses on clinical effectiveness, patient comfort, and cost-efficient wound management, helping healthcare providers deliver high-quality care across diverse clinical scenarios.

Key Benefits

Accelerates Healing
Supports moist wound healing to promote faster tissue repair.

Infection Control
Antimicrobial and silver-containing options help reduce bioburden in high-risk wounds.

Patient Comfort
Non-adherent and gentle materials minimize pain and trauma during dressing changes.

High Absorbency
Effectively manages moderate to heavily exuding wounds.

Versatile Applications
Suitable for a wide range of wound types, including pressure ulcers, diabetic foot ulcers, burns, and post-operative wounds.

Cost-Effective Care
Durable dressings with longer wear times reduce overall treatment costs and nursing workload.

KerraPro® Product Range
KerraPro® Foam Dressings

Highly absorbent dressings for moderate to heavily exuding wounds, supporting pressure ulcers, surgical wounds, and trauma injuries.

KerraPro® Hydrocolloid Dressings

Promote autolytic debridement while maintaining a protective moist environment.

KerraPro® Alginate Dressings

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

KerraPro® Silver Dressings

Antimicrobial protection for infected or high-risk wounds, helping to reduce bacterial load.

KerraPro® Film & Non-Adherent Dressings

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