Hygenic/Performance Health Rolyan Watercolors Perforated Thermoplastic Splinting Material

Yes, the Rolyan Watercolors material is a specialized thermoplastic designed specifically for high moldability and pliability when heat-activated. This capability is essential for creating precise, custom orthopedic devices and splints that conform accurately to anatomical contours.

The material offers versatile configurations to suit different needs:

• Thickness: Available in 1/16 inch or 3/32 inch options to achieve the required support and rigidity.
• Perforation: You can select between 13% Ultraperf or 19% Optiperf to balance breathability and conformability.
• Size: All sheets adhere to a standard size of 18 inches x 24 inches.

Yes, this splinting material is offered with flexible purchasing options, allowing you to order single sheets or bulk quantities for convenience. You can purchase this material in individual units or in cases of 4 sheets (indicated as ‘4/cs’ in the variants).

Yes, the perforations in the Rolyan Watercolors splinting material are designed to enhance patient comfort by providing ventilation and improving conformability. You can choose between 13% Ultraperf or 19% Optiperf options to suit specific needs.

The Rolyan Watercolors Thermoplastic Splinting Material is available in two distinct perforation densities, allowing you to choose the optimal balance of material strength and ventilation for your custom applications:

• 13% Ultraperf: Provides an excellent balance of material strength and conformability.
• 19% Optiperf: Offers a higher perforation density for enhanced ventilation and increased conformability, helping maximize patient comfort.

Yes, the Rolyan Watercolors material is a specialized thermoplastic splinting material. This material is engineered to be highly pliable and easily moldable when properly heated, which allows for the creation of custom anatomical supports and orthoses. It then becomes rigid once cooled, maintaining the desired shape for a precise fit.

Yes, the Rolyan Watercolors material is specifically designed for creating custom orthotic devices and splints. This thermoplastic material provides the necessary pliability when heated and rigidity when cooled, making it ideal for professional medical applications. It is supplied as a Factory New item.

The material is highly versatile, supplied in standard sheets of 18 inches x 24 inches, and offers customization options for tailored patient needs:

• Thickness: Available in both 1/16 inch and 3/32 inch options.
• Perforation: Choose the optimal balance of breathability and rigidity with 13% Ultraperf or 19% Optiperf.
• Color Selection: A wide range of colors is available for coding or preference, including Charcoal, Electric Blue, Green, Lavender, Metallic Blue, Purple, Red, Royal Blue, and Silver.

Yes, the Rolyan Watercolors splinting material is made from durable thermoplastic. This material is specifically designed for creating custom splints, offering reliability and ease of use for various applications.

The standard sheet size for the Rolyan Watercolors Perforated Thermoplastic Splinting Material is consistently 18 inches by 24 inches for all configurations.This standardized size provides a reliable, ample surface area for creating custom orthoses and splints. While the length and width are fixed, you can select from two different material thicknesses to meet specific application needs:* 1/16 inch* 3/32 inch

The Rolyan Watercolors Perforated Thermoplastic Splinting Material is available in two precise thicknesses, allowing users to select the appropriate rigidity for custom orthotic devices:

• 1/16 inch
• 3/32 inch

The Rolyan Watercolors thermoplastic material offers two distinct perforation options, allowing for customization of the splint’s rigidity, weight, and breathability for specific clinical requirements:

• 13% Ultraperf: This option features a lower perforation density (13%), which provides greater material coverage and generally offers a higher degree of rigidity and robust support.
• 19% Optiperf: This option utilizes a higher perforation density (19%). The increased open surface area significantly enhances breathability and ventilation, while also contributing to a lighter overall splint weight.