Beyond Absorption.
Mastering the
Fluid Equilibrium.
Chronic wounds demand dynamic climate control. We engineer Vertical Absorption Matrices that lock exudate away from the skin, preventing maceration while maintaining the precise moisture balance needed for healing.
The Delicate Balance of
Exudate Management
Periwound Maceration
When dressings fail to lock fluid vertically, lateral wicking occurs. This exposes healthy periwound skin to corrosive exudate, causing softening, whitening, and delayed healing.
Frequency Fatigue
Low-capacity dressings reach saturation too quickly. This necessitates frequent dressing changes, increasing nursing labor costs and disrupting the wound bed's temperature.
Adhesion Trauma
As exudate dries, standard gauze fibers can integrate into the new granulation tissue. Removal becomes painful and traumatic, stripping away newly formed cells.
Biofilm Incubation
Pooled, stagnant fluid on the wound surface creates an ideal breeding ground for bacteria, leading to biofilm formation and chronic infection cycles.
The Vertical Lock
Architecture
High-MVTR Semipermeable Film
A breathable polyurethane barrier that allows excess moisture vapor to evaporate (MVTR > 3000 g/m²/24h) while strictly blocking external bacteria and water ingress.
SAP Polymer Matrix
Super Absorbent Polymers (SAP) instantly convert exudate into a cohesive gel. This physically locks fluid inside the core, preventing "squeeze-out" even under compression therapy.
Vertical Wicking Fleece
A specialized non-woven layer that pulls fluid upward against gravity and distributes it evenly, preventing saturation concentration in a single spot.
Non-Adherent Silicone/Contact
A gentle interface that adheres to dry skin but not to the moist wound bed, ensuring atraumatic removal and protecting fragile granulation tissue.
Engineered Matrices for
Every Exudate Level
From dry wounds requiring hydration to heavy exudate demanding rapid lock-in technology, our portfolio covers the complete fluid spectrum.
Silicone Foam Dressing
Multi-layer design with a gentle silicone border. Balances high absorption with atraumatic removal for fragile skin.
Super Absorbent Pad (SAP)
Designed for copious exudate. SAP core locks fluid under compression, preventing strike-through and maceration.
Non-Woven Drain Sponge
Superior wicking action compared to standard gauze. Lint-free composition ideal for tube sites and delicate procedures.
Frequently Asked Questions
Can Kingphar SAP dressings be used under compression therapy?
Absolutely. Our Super Absorbent Polymer (SAP) core is specifically engineered to retain fluid structure under pressure (up to 40mmHg). Unlike traditional foam that may act like a sponge and leak when compressed, our ionic lock technology prevents wetback, protecting the periwound skin during compression therapy for venous leg ulcers.
What is the maximum wear time for the Silicone Foam series?
Depending on the volume of exudate, Kingphar Silicone Foam dressings are designed for a wear time of up to 7 days. The high-MVTR backing film manages moisture vapor while the absorbent core handles liquid, significantly reducing the frequency of dressing changes compared to standard gauze.
Can the dressings be cut to fit difficult anatomical sites?
It depends on the specific product line. Our Non-Bordered Foam can be cut to shape. However, for SAP Super Absorbent Pads, cutting is not recommended as it may compromise the sealed polymer core and release particles. We offer a wide range of anatomical shapes (sacral, heel, elbow) to fit these areas without modification.
Are these products suitable for patients with fragile skin?
Yes. Our "Gentle Border" series utilizes medical-grade soft silicone adhesive. This technology provides secure fixation but releases easily upon removal, minimizing epidermal stripping and pain (MARSI), making it ideal for geriatric or pediatric patients with friable skin.
Performance Under Pressure
Simulating compression therapy conditions (40 mmHg), we compared fluid retention capabilities against standard market gauze.
Standard Gauze
Traditional Cotton WovenLEAKAGE
Kingphar SAP
Polymer Matrix CoreLOCKED
*Lower is better
See the difference in your own lab. Request a comparative sample kit today.
Request Samples →
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