Thorpe Mill
Thorpe Mill Pressure Care High Density Foam Inner for Sequential Cushion
Thorpe Mill Pressure Care High-Density Foam Inner for Sequential Cushion
The Thorpe Mill Pressure Care High-Density Foam Inner is expertly engineered to enhance the comfort and therapeutic support of sequential cushions. Made from durable medical-grade foam, this inner insert delivers exceptional pressure relief and evenly distributes weight to help prevent and manage pressure ulcers.
Ideal for hospitals, care homes, and home use, this replacement foam is lightweight yet resilient, making it easy to handle while maintaining its shape over time. Designed specifically for compatibility with Thorpe Mill Sequential Cushions, it ensures a secure fit and optimal performance across various care environments.
Key Features and Benefits:
High-Density Foam Construction
Offers reliable support and effective pressure redistribution to reduce the risk of pressure injuries.
Designed for Pressure Care
Supports patients at risk of pressure sores by minimising high-pressure zones.
Perfect Fit
Custom-made to fit Thorpe Mill Sequential Cushions for seamless replacement.
Durable and Resilient
Maintains structural integrity for consistent long-term support.
Lightweight and Portable
Easy to carry, position, and install within cushion covers.
Low Maintenance
Easy to clean and maintain, supporting infection control practices.
Product Specifications:
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Brand: Thorpe Mill
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Product Type: Foam Inner Insert
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Compatibility: Thorpe Mill Sequential Cushions
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Material: Medical-grade high-density foam
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Condition: Brand New
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Weight: Lightweight
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Dimensions: Standard fit (specific measurements available on request)
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Colour: Neutral (may vary)
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Care Instructions: Wipe clean or follow manufacturer guidance
What’s Included:
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1x High-Density Foam Inner for Thorpe Mill Sequential Cushion
Who Can Benefit:
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Healthcare professionals managing patients at risk of pressure ulcers
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Caregivers in hospitals, nursing homes, and home care environments
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Patients requiring enhanced comfort and support during prolonged sitting