Patterson Medical Material Splinting Ezeform Sheet Universal Beige 1/8X24X36" 1/8" Thick 2/Ca - A577022C2
Patterson Medical Material Splinting Ezeform Sheet Universal Beige 1/8X24X36" 1/8" Thick 2/Ca - A577022C2
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Patterson Medical Material Splinting Ezeform Sheet Universal Beige 1/8X24X36" 1/8" Thick 2/Ca - A577022C2
Patterson Medical Material Splinting Ezeform Sheet Universal Beige 1/8X24X36" 1/8" Thick 2/Ca - A577022C2
Ezeform Material Universal Splinting Beige Sheet 1/8x24x36" 1% Perforated Not Made With Natural Rubber Latex 1/8" Thick 2/Case
Part Number: A577022C2
Brand: Ezeform
Color: Beige
Density: 1% Perforated
Dimensions: 1/8x24x36"
Ergonomic Location: Universal
Item: Material
Item Type: Splinting
Latex/Latex-Free: Not Made With Natural Rubber Latex
Quantity: 2/Case
Secondary Size: Sheet
Thickness: 1/8" Thick
What our Experts Think
- Professional Thermoplastic Splinting Material – Rolyan Ezeform sheet designed for fabrication of custom rigid splints, orthoses, and adaptive positioning devices used in clinical rehabilitation.
- Optimal Thickness for Control & Strength – 1/8" (3.2 mm) thick material provides strong structural support while still allowing precise molding and contouring during heating.
- Large Sheet Format for Versatility – 24" x 36" universal sheet size enables fabrication of multiple small splints or large custom orthotic devices from a single sheet.
- 1% Perforated Design for Breathability – Micro-perforations improve airflow and reduce bulk while maintaining rigidity, making it suitable for long-wear orthotic applications.
- Excellent Molding Performance – Heat-activated thermoplastic offers strong drape, smooth edge finishing, and reliable shape retention once cooled.
- Clinical-Grade Material Behavior – Slight tackiness during heating helps hold positioning in place, allowing therapists greater control during precise splint shaping.
- Latex-Free & Patient Safe – Manufactured without natural rubber latex, suitable for sensitive patients and institutional healthcare environments.
- Ideal for Rehab & Orthopedic Use – Commonly used in hand therapy, spasticity management, post-injury immobilization, and custom adaptive equipment fabrication.
Q&A
Q: What is the Patterson Medical Ezeform Splinting Sheet A577022C2?
A: It is a thermoplastic splinting material sheet used to fabricate custom orthopedic splints and supportive devices.
Q: What is it used for?
A: It is used in occupational and physical therapy to create custom-molded splints for hands, wrists, and other body parts for injury recovery, deformity support, or post-surgical care.
Q: What are the key features?
A: It features strong thermoplastic material with excellent moldability, high rigidity when cooled, and a slightly tacky surface when heated to help maintain shape during fabrication.
Q: What are the dimensions and thickness?
A: The sheet measures 1/8 inch thick and 24" x 36", making it suitable for medium to large custom splint applications.
Q: Is it perforated or solid?
A: This model is 1% perforated, allowing better airflow, reduced weight, and improved comfort in finished splints.
Q: What color is it?
A: It comes in a beige color, commonly used in clinical and rehabilitation settings.
Q: How is it used in therapy settings?
A: It is heated until pliable, then molded directly to the patient’s anatomy and allowed to cool, forming a rigid supportive structure.
Q: Who typically uses this material?
A: It is used by occupational therapists, physiotherapists, hospitals, and rehabilitation clinics for custom orthotic fabrication.
Q: What makes Ezeform splinting material popular?
A: It offers strong conformity, easy trimming, and reliable rigidity after cooling, making it effective for precise, patient-specific splint construction.
Maintenance Tips
- Store flat in a cool, dry place to prevent warping or unintended shaping.
- Keep away from heat sources (hot water, radiators, direct sunlight) to avoid premature softening.
- Handle with clean, dry hands to prevent surface contamination before molding.
- If reheating for reshaping, follow recommended temperature guidelines to maintain material integrity.
- Avoid sharp tools or excessive force that may create cracks or stress points.
- Clean finished splints with mild soap and water; dry thoroughly before reuse.
- Inspect molded areas regularly for cracks, loss of rigidity, or deformation and replace if needed
