Cerdak


Cerdak is a South African developed and manufactured wound dressing that utilizes ceramic granules with bacterial binding properties to promote natural, fast, and effective healing of acute and chronic wounds. It is safe, user-friendly, and backed by quality management systems, aiming to improve patients' quality of life by preventing infection, reducing scarring, supporting tissue regeneration, and maintaining an optimal wound environment.

Industries

manufacturing
medical-device
wholesale

Nr. of Employees

small (1-50)

Cerdak

22a Siyayi Drive, P.O. Box 561 Mtunzini, 3867, SOUTH AFRICA


Products

Microporous ceramic granule sachet (non-adhesive)

Sterile pouch containing microporous alumina granules for direct wound application; designed to absorb exudate and adsorb microorganisms while permitting oxygen access.

Adhesive-mounted sachet on non-woven fabric

Sachet of microporous ceramic granules mounted on a non-woven adhesive backing for ease of placement on wound sites.

Transparent film-mounted sachet

Sachet mounted on a waterproof transparent adhesive film to protect wound and allow visual inspection of dressing saturation.

Digit/Toe shaped ceramic paddings on adhesive fabric

Shaped microporous ceramic paddings mounted on fabric adhesive intended for finger or toe wounds.

Band-aid style sachet

Small sachet filled with microporous ceramic mounted on a band-aid adhesive for minor wounds.

Small round sachets for umbilicus or small sites

Round sachets containing microporous granules in small diameters (e.g., 1.5 cm, 2.5 cm) for small anatomical sites.

View All Products

Services

Documentation and clinical instructions for assessment, application, dressing change intervals and compatibility notes for granular ceramic dressings.

Expertise Areas

  • Wound care dressings and protocols
  • Microporous ceramic biomaterials
  • Fluid management via capillary absorption
  • Adsorptive surface chemistry for pathogen sequestration
  • Show More (3)

Key Technologies

  • Microporous α-alumina ceramics
  • Capillary-driven absorption (Young–Laplace modelling)
  • Adsorption-based pathogen binding
  • Granular/porous dressing architectures
  • Show More (3)

Similar organizations

Browse all ORGANIZATIONS

JOIN OUR MAILING LIST

Stay Connected with MTEC

Keep up with active and upcoming solicitations, MTEC news and other valuable information.