PVC 증기 투과성 방수 욕창 방지 팽창식 의료용 에어 매트리스 펌프 포함

형질

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2. 기술 사양
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2. 주요 특징
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1. 재료:의료용 PVC 원단으로 만들어졌으며, 친환경적이고 냄새가 나지 않으며 내구성이 뛰어납니다.
2. 건설:내구성과 기밀성을 강화하기 위해 완벽한 핫멜트 프레싱을 적용했습니다.
3. 에어 셀:130개의 공기 셀이 두 개의 독립된 공기 회로로 나뉘어 지속적인 압력 제어를 제공합니다.
4. 압축기:압력 조절기 제어를 통한 교대 공기 압축기는 환자의 편안함과 편의성을 향상시킵니다.
5. 특별 기능:
   1. 자동적인 팽창과 수축 주기.
   2. 방수가 가능하고 청소가 쉽습니다.
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 사용상의 주의사항

1. 사용하기 전에 매트리스를 평평하게 펴고, 사용하기 전 30분 동안 처음 부풀리십시오.
2. 공기 펌프가 최대 압력으로 조정되었는지 확인하고 모든 공기 파이프 연결부를 점검하세요.
3. 에어백이 과도하게 채워지는 것을 방지하려면 팽창 시 최대 압력을 초과하지 마십시오.
4. 체중이 135kg이 넘는 환자에게는 적합하지 않습니다.
5. 날씨가 쌀쌀할 때는 매트리스 위에 얇은 천이나 담요를 얹어 더욱 따뜻하게 유지하세요.
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Material Characteristics of PVC Vapour-Permeable, Waterproof Anti-Bedsore Air Mattress: Balancing Protection and Comfort

ZhaofaMed’s anti-bedsores air mattress redefines clinical comfort through its advanced PVC material, a key component that merges breathability, waterproofing, and durability—qualities that make it a superior anti-bedsores mattress for long-term care and acute settings alike. As a specialized anti-decubitus mattress, its material engineering directly addresses the dual challenges of preventing pressure ulcers and maintaining hygiene.

At the core is a high-grade, medical-grade PVC film (0.2mm thick), chosen for its unique vapor-permeable structure. Unlike traditional non-breathable PVC, this variant features micro-perforations that allow air circulation while blocking liquid penetration. This balance is critical: the mattress “breathes” to reduce moisture buildup on the skin, a primary cause of irritation and pressure sores, while remaining fully waterproof to protect against spills, sweat, or bodily fluids—essential for infection control in hospitals or home care environments.

The PVC’s flexibility enhances its pressure-relief capabilities. It conforms gently to the body’s contours, distributing weight evenly across the mattress surface to minimize pressure on bony prominences (e.g., hips, heels)—a hallmark of an effective anti-decubitus mattress. This elasticity also ensures the mattress retains its shape after repeated inflation and deflation cycles, maintaining consistent support over time.

Durability is another standout trait. The PVC material resists tearing, punctures, and abrasion, even with frequent use or contact with medical equipment. It withstands routine disinfection with alcohol or chlorine-based cleaners without degrading, ensuring compliance with strict hygiene protocols—a must for any anti-bedsores air mattress in clinical settings. Its seamless, heat-sealed construction eliminates weak points, further extending its lifespan and reducing maintenance needs.

For patient comfort, the PVC’s smooth, non-irritating surface minimizes friction against the skin, lowering the risk of shear injuries. This is particularly beneficial for immobile patients, whose skin is more vulnerable to damage from constant contact with bedding. When paired with the mattress’s alternating pressure system, the material’s properties amplify its effectiveness as an anti-bedsores mattress, creating an environment that actively combats pressure ulcer development.

In essence, ZhaofaMed’s PVC-based design transforms a functional medical device into a patient-centric solution. By harmonizing breathability, waterproofing, and durability, this anti-decubitus mattress sets a new standard for material excellence in pressure care—proving that thoughtful engineering can turn everyday materials into tools that enhance patient outcomes.

Packaging Specifications and Transport-Storage Features of Anti-Bedsore Air Mattresses

ZhaofaMed’s anti-bedsores air mattress is engineered not only for clinical performance but also for practical logistics, with packaging and storage features designed to preserve its integrity from production to patient use. As a critical anti-decubitus mattress, its packaging ensures the product reaches facilities in optimal condition, while storage solutions support long-term usability—key for maintaining the reliability of this anti-bedsores mattress.

In packaging, efficiency meets protection. Each anti-bedsores air mattress is compressed using a vacuum-sealing process, reducing its volume by 60% to fit into a compact carton (external dimensions: 65cm×45cm×30cm). This compression minimizes shipping costs and carbon footprint without compromising the mattress’s structure, as the high-grade PVC material retains elasticity post-decompression. The carton, made from five-layer corrugated cardboard, features moisture-resistant coating and reinforced edges to withstand stacking during transit, a vital detail for safeguarding the anti-decubitus mattress against impacts or water exposure.

Accessories are packaged thoughtfully: the electric air pump (essential for inflation) is wrapped in EPE foam and placed in a separate compartment within the carton, preventing scratches on the mattress surface. User manuals (in 10 languages) and repair kits (with PVC patches) are included in a sealed polybag, ensuring all components arrive intact—critical for seamless setup in busy healthcare settings.

For transport, the packaging adheres to ISTA 3A standards, certifying its ability to endure international shipping via land, sea, or air. The carton’s stackable design (max load: 50kg per carton) optimizes container space, while clear labeling (including “Fragile” and “This Side Up” markers) guides handlers, reducing transit damage risks.

Storage features prioritize longevity. When not in use, the deflated anti-bedsores air mattress can be folded to 1/5 of its inflated size, fitting into standard storage cabinets (ideal for facilities with limited space). It thrives in dry environments (relative humidity: 30%–70%) and temperatures between -10℃ and 40℃, avoiding direct sunlight or sharp objects to prevent PVC degradation. The mattress retains its performance for 36 months when stored properly, with the air pump’s sealed motor ensuring reliability even after long periods in storage.

These packaging and storage features underscore ZhaofaMed’s commitment to delivering an anti-bedsores mattress that excels not just in patient care, but also in practicality—from the factory to bedside, ensuring every unit performs at its best when needed most.