Thibra Moldable Thermoplastic Sheet, 13.4 X 21.6 (1/8 of aFull size sheet) THIB13

Product Information

Thermoplastic splints can typically be found in a variety of healthcare settings, including hospitals, orthopedic clinics, rehabilitation centers, and physical therapy practices. Medical professionals, such as orthopedic surgeons, sports medicine specialists, and physical therapists, often utilize these splints as part of their treatment plans for patients with musculoskeletal injuries or conditions. KYDEX® sheet is stronger, stiffer, more impact resistant, and more chemically resistant than either ABS or HIPS. KYDEX® sheet also has superior flammability characteristics compared with ABS or HIPS. Matched Mold Forming: This thermoforming process is applied when manufacturing items that require higher levels of accuracy. The matched mold forming process involves the use of a male and female mold to shape the heated plastic sheet. The forming machine applies force to bring the molds together onto the plastic sheet. The sheet then takes the pattern or shape designed into the two molds. KYDEX® sheet is resistant to many common industrial chemicals. Details about them are provided in Technical Brief 120-A. Can KYDEX® Thermoplastic sheet be laminated to MDF via membrane pressing?

KYDEX® 100– Rigid, tough, durable, plastic alloy sheet available in a wide range of standard and custom colors, textures, and sheet sizes. It is Underwriters Laboratories® Inc. recognized for UL Std 94 V-0, 5V and has 961 J/m (18 ft-lbs/in) Notched Izod impact resistance. KYDEX® T– High impact fire-rated sheet that is less hygroscopic and usually does not require pre-drying. Offers more uniform forming with less wall thinning. Greater resistance to a broad range of corrosive chemicals and cleaning solutions. Get new white paper on how KYDEX® sheet creates durable, attractive retail fixtures. How does KYDEX® Thermoplastic sheet compare with fiberglass? KYDEX® sheet is easy to laminate to MDF via membrane pressing. Technical Brief 141-A and Technical Brief 141-Boutline the procedures for membrane pressing KYDEX® sheet. Can KYDEX® Thermoplastic sheet be fabricated into boxes via miter-folding?KYDEX ® sheet is a high performance, extremely durable, regulatory compliant thermoplastic sheet. With its high impact performance like no other thermoplastic and its excellent chemical resistance KYDEX ® sheet is designed to withstand levels of abuse from moderate to extreme. Complex mold designs: 3D printing eliminates the challenges of developing molds with complex geometries using traditional manufacturing processes. For example, 3D printing allows for including design features difficult to machine and the forming process can be improved by adding more air vents for a better draw or pressure. Manufacturers can also leverage the 3D printer to develop complex molds for thermoforming processes such as twin sheets and matched mold forming. The National Electrical Manufacturers Association (NEMA) tests decorative laminates for performance. Technical Brief 107provides NEMA’s test results for KYDEX® XD, KYDEX® XD03, and KYDEX® XDWG. How does KYDEX® Thermoplastic sheet compare to other plastics such as ABS and HIPS? They are made from a compound of metal free pigments, aggregates, fillers, high quality synthetic resins and performance polymers topped with anti skid glass beading. All of this creates a cost effective, anti-slip floor sheet with a skid resistance value of 65+ (subject to not overheating the material during installation). Avoid placing holes for mechanical fasteners close to the edges of parts. Locating fasteners further away from edges results in more durable joints.

Polyethylene Terephthalate (PET): PET provides very good alcohol and essential oil barrier properties, good chemical resistance, and a high degree of impact resistance and tensile strength. It is commonly used for carbonated beverages, water bottles, and many food products.

Standard Ground Shipping

Technical Brief 150-A, Technical Brief 150-B, Technical Brief 150-C, Technical Brief 150-D, and Technical Brief 150-Eprovide detailed information on the correct adhesives, solvent cements, and tapes to use with KYDEX® sheet. KYDEX® sheet can easily be painted and screen printed as long as the recommended paints and inks are used. Technical Brief 152-Aand Technical Brief 152-B provide information on the correct paints and inks to use with the material. Can KYDEX® Thermoplastic sheet be bent using a brake press? It is important to note that this testing was performed on KYDEX® sheet without a protective cap layer. KYDEX® sheet is also available in capped grades that have enhanced graffiti resistance. Can KYDEX® Thermoplastic sheet be used outdoors?

Technical Brief 151-A includes additional suggestions for joining KYDEX® sheet using mechanical fasteners. KYDEX ® sheet is available in grades to optimize long term performance, appearance and cost effectiveness across demanding and diverse end use applications from aviation interiors, medical devices, mass transit, furniture and fixtures to industrial equipment housing. Procedure [ edit ] A person holds a mold in an open vacuum bed. A sheet of hot plastic will be placed on top and the bed sealed, pulling the plastic down over the mold. PETG sheet is easily fabricated through vacuum forming, line bending, bonding or welding techniques. Clamping force: Some thermoforming machinery, such as the pressure forming, twin sheet, and matched mold forming equipment, clamps down on the plastic sheet to form the finished part. The clamping force is an important consideration because it helps determine the type of material that may be used.KYDEX® sheet is resistant to a broad range of disinfectant cleaners. View technical brief Chemical Resistance of KYDEX® Thermoplastic Sheet and Disinfectants and Chemical Reagents Testing technical bulletin for additional information. Are KYDEX® Thermoplastics REACH compliant? Plastic is a topic which can attract sensitive debate and here at Eagle Plastics Limited we have been supplying thermoplastic sheet and film material for 25 years. We have an environmental conscience and keen to share our vast knowledge on how plastics can be used and recycled. Twin Sheet Forming: This process involves the forming of two layers and combining them to form one item. The plastic sheets are heated simultaneously, formed, and joined together to produce an item. The twin sheet forming process is best used to manufacture hollowed items or items with double walls. KYDEX ® thermoplastics have the physical, mechanical and thermal properties your customers want – and the aesthetic versatility they'll love.

Forming area: The forming area refers to the build space where the plastic pattern or design is formed. The forming area is equipped with the designed mold(s), core plug, or the mechanism that applies patterns to the preheated plastic sheet.A wide range of individuals can benefit from the use of thermoplastic splints , including those with fractures, dislocations, sprains, or strains, as well as individuals recovering from surgery or managing chronic conditions such as arthritis, tendonitis, or carpal tunnel syndrome. Additionally, patients undergoing physical therapy or rehabilitation can benefit from the adaptable nature of these splints, as they can be modified to accommodate their changing needs and progress. Thermoforming equipment can be broken down further into categories defined by their use cases. These categories are spread across desktop, industrial, and DIY thermoforming equipment. Professional manufacturers and enthusiasts can choose from these options depending on the application. Certain grades of KYDEX® sheet including KYDEX® 510 are engineered for outdoor use. Most grades are intended for indoor use and should not be used in outdoor environments. Can KYDEX® Thermoplastic sheet be used for food applications? Pressure Forming: The pressure forming process similarly involves the heating of the plastic sheet and utilizing a vacuum to pull air away to force the sheet against a mold. But there’s an extra step. A pressing tool applies pressure once the air is removed to ensure the shaped plastic better maintains its final shape. Pressure forming is used when higher levels of details are required from the thermoforming process.