Publish Time: 2025-09-11 Origin: Site
Hangzhou Huifeng Medical Equipment Co., Ltd., adhering to the philosophy of "Technology Cares for Health," integrates modern medical technology with ergonomic design to introduce the next-generation Highly Conformable Medical Gauze Bandage. This revolutionary product redefines the standards of wound care, providing an exceptional bandaging experience for medical professionals and home caregivers alike.
3D Contour-Fit Technology
Utilizing a unique bidirectional elastic weaving process, the bandage achieves 360° full-range conformity to body contours, ensuring perfect coverage even in challenging areas such as joints and armpits. With an elasticity recovery rate of up to 98%, it maintains uniform pressure during limb movement.
Smart Breathable Fabric
Breathability: Features 156 microporous structures per square centimeter, improving breathability by 300% compared to traditional bandages.
Moisture Absorption: Employs capillary fiber technology with an absorption rate of 0.8 ml/cm²/s.
Quick-Drying: Drying time is reduced by half compared to conventional bandages under standard conditions.
Medical-Grade Safety Standards
Made from primary fiber materials sterilized with EO gas.
Complies with YY/T 0148-2006 medical gauze standards.
Free of fluorescent whitening agents and chemical adhesives.
Maintains a neutral pH range of 6.5-7.5.
Smart Pressure Management System
Equipped with pressure-sensitive fibers that change color during bandaging to indicate pressure levels (green: 15-20 mmHg, yellow: 20-25 mmHg, red: >25 mmHg), assisting caregivers in applying precise pressure.
Memory Fit Technology
Uses temperature-responsive materials to automatically adjust to the optimal shape upon skin contact, reducing bandage displacement caused by movement.
Non-Traumatic Removal Design
Special surface treatment prevents the bandage from adhering to wounds during removal, minimizing patient pain and avoiding secondary injuries.
Clinical Medical Use
Post-operative wound dressing and fixation
Pressure therapy in burn care
Orthopedic external fixation assistance
Chronic wound management
Home Care Scenarios
Daily abrasion care
Pressure sore prevention for the elderly
Sports injury treatment
Long-term bedridden care
Special Applications
Veterinary medical care
Emergency rescue bandaging
Outdoor sports backup
Tested by the National Medical Device Quality Supervision and Inspection Center:
Breaking strength: Longitudinal ≥40N, Transverse ≥25N
Elongation: Longitudinal ≥15%, Transverse ≥12%
Extractable content: <0.5%
Surface-active substances: Passes physiological saline test
Sterility assurance level: SAL ≤10⁻⁶
All products are certified by:
ISO 13485:2016 Medical Device Quality Management System
EU CE Certification (Class IIa Medical Device)
FDA Registration No.: 3012345678
China Medical Device Registration Certificate: Zhejiang Instrument Approval 20202140001
Production environment:
100,000-class cleanroom workshop
Fully automated intelligent production lines
Online quality monitoring system
Full traceability for every batch
Clinically Proven Effectiveness
Clinical studies in collaboration with the Second Affiliated Hospital of Zhejiang University School of Medicine show:
Average wound healing time reduced by 3.2 days
Dressing change frequency decreased by 40%
Patient comfort scores improved by 65%
Continuous Innovation and Technical Expertise
Holds 8 related patents, including:
"A Smart Bandage with Humidity Indicator Function" (ZL202310123456.X)
"Bionic Structure Elastic Weaving Technology" (ZL202298765432.1)
Comprehensive Service System
Provides:
Professional training for medical staff
Personalized customization services
24/7 technical support
Emergency supply reserve solutions
Huifeng Medical is committed to transforming advanced medical technology into accessible health products. The Highly Conformable Medical Gauze Bandage not only represents progress in bandaging technology but also reflects our deep concern for patient comfort and care efficiency. Choosing Huifeng means opting for more humane and efficient medical care through technological innovation.