Alexei Volkov
RTP Company is a global manufacturer of custom-engineered thermoplastics. The company has developed a plastic that can withstand harsh chemical pressure without cracking. This plastic, known as RTP 2000 HC, is designed to replace other amorphous resins and maintain its strength, functionality, and integrity even when exposed to strong disinfectants. RTP's material development process involves selecting resins, additives, modifiers, fillers, reinforcing agents, and colorants to meet specific performance and cost requirements. The company serves customers in the medical device market, creating products with properties such as strength, colour, conductivity, elasticity, and flame retardancy.
| Characteristics | Values |
|---|---|
| Description | RTP Company is a global compounder of custom-engineered thermoplastics. |
| Product | RTP 2000 HC series thermoplastic compounds |
| Product Development Process | The company independently selects the proper resin, additives, modifiers, fillers, reinforcing agents, and colorants to meet performance and cost requirements. |
| Product Features | Strength, color, conductivity, elasticity, flame retardancy, and/or wear and friction resistance |
| Use Cases | RTP 2000 HC series thermoplastic compounds can be used as a direct replacement for other amorphous resins in molding applications for hospital equipment that require frequent disinfection, such as mobile ultrasound and x-ray machines. |
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What You'll Learn
- RTP Company is a global manufacturer of custom-engineered thermoplastics
- RTP 2000 HC series thermoplastic compounds maintain strength, functionality and integrity
- RTP's plastic can withstand harsh chemical pressure and is used in hospital equipment
- RTP's thermoplastics are used in everyday items, from toothbrushes to cell phones
- RTP's material development process involves selecting resins, additives, modifiers, and more
RTP Company is a global manufacturer of custom-engineered thermoplastics
RTP Company's engineers develop and manufacture customized thermoplastic compounds in a variety of forms, including pellets, sheets, and films. These thermoplastics are designed to meet specific application requirements and can be customized with various additives to provide desired properties. For example, RTP's products can be engineered to have specific characteristics such as strength, colour, conductivity, elasticity, flame retardancy, and wear and friction resistance.
One notable innovation by RTP Company is the development of thermoplastics that can withstand harsh chemical pressure without cracking. This was achieved through rigorous testing of various polymers for damage resistance against common hospital cleaners and disinfectants. As a result, RTP's thermoplastics can maintain their strength, functionality, and integrity even when exposed to harsh disinfectants, making them ideal for use in medical equipment such as mobile ultrasound and x-ray machines, enteral feeding devices, and drug infusion pumps.
RTP Company also caters to the automotive industry, developing thermoplastic compounds specifically for battery enclosures in electric vehicles. These compounds have passed rigorous UL testing, ensuring their reliability in withstanding thermal runway events. Additionally, RTP has introduced RTPrene™, a fully vulcanized thermoplastic rubber material known for its superior elasticity, heat resistance, and long-term sealing performance.
With its expertise in custom-engineered thermoplastics, RTP Company continues to innovate and provide solutions for a wide range of industries, contributing to advancements in various products and technologies.
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RTP 2000 HC series thermoplastic compounds maintain strength, functionality and integrity
RTP Company is a global compounder of custom-engineered thermoplastics. They formulate and manufacture thermoplastic pellets, sheets, and films with a wide range of special properties, including strength, colour, conductivity, elasticity, flame retardancy, and wear and friction resistance.
RTP 2000 HC is a series of thermoplastic compounds that can maintain their strength, functionality, and integrity even when repeatedly exposed to harsh disinfectants. This series was developed to address the problem of damage and premature failure of plastic devices, equipment, and housings caused by harsh cleaners and disinfectants used in medical settings.
To develop the RTP 2000 HC series, engineers from RTP Company tested numerous polymers for damage resistance to several popular chemical classes of hospital cleaners and disinfectants. They subjected molded compounds to stressors to replicate field failures and relative resistance. The best performers were optimized for physical properties, chemical damage resistance, colour, and flammability.
The RTP 2000 HC series is now available globally in Flame Retardant or non-Flame Retardant versions, and the compounds are colour customisable. It is also available in sheet format in thicknesses ranging from 0.02 to 0.25 inches through Engineered Sheet Products (ESP), a division of RTP.
This series is well-suited for molding hospital equipment and plastic housings that require frequent disinfection, such as mobile ultrasound and x-ray machines, enteral feeding devices, drug infusion pumps, and blood filtration equipment.
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RTP's plastic can withstand harsh chemical pressure and is used in hospital equipment
RTP stands for RTP Company, a global compounder of custom-engineered thermoplastics. RTP Company manufactures thermoplastic pellets, sheets, and films with a wide range of special properties, including strength, colour, conductivity, elasticity, flame retardancy, and wear and friction resistance.
RTP has developed a plastic technology that can withstand harsh chemical pressure and is used in hospital equipment. The RTP 2000 HC series thermoplastic compounds can maintain their strength, functionality, and integrity, even when repeatedly exposed to harsh disinfectants. This is important because medical establishments are using harsher chemicals and increasing the frequency of wipe-downs to prevent the spread of hospital-acquired infections.
The RTP 2000 HC series is a proprietary alloy technology that can be used to mould hospital equipment and plastic housings that require frequent disinfection. This includes mobile ultrasound and x-ray machines, enteral feeding devices, drug infusion pumps, and blood filtration equipment. The RTP 2000 HC series provides a unique solution to the problem of damage and premature failure of plastic devices caused by harsh cleaners and disinfectants.
RTP engineers tested numerous polymers for damage resistance to several popular chemical classes of hospital cleaners and disinfectants. They devised a test that mimics the stresses and chemical exposure that the material might undergo with repeated cleaning. The RTP 2000 HC series can be used as a direct replacement for other amorphous resins and has proven performance for superior chemical resistance under moulded-in stress conditions.
RTP Company also offers a wide range of other healthcare products, including biocompatible thermoplastic elastomers, low-friction plastic technology for single-use drug delivery devices, and radiopaque specialty effect colours for medical devices.
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RTP's thermoplastics are used in everyday items, from toothbrushes to cell phones
RTP stands for RTP Company, a global manufacturer of custom-engineered thermoplastics.
Thermoplastics are a type of plastic made from polymers that are created through the chemical linking of monomer molecules. They are unique in that they can be heated and cooled multiple times without damaging their chemical or molecular structure, making them recyclable and re-processable. Thermoplastics are also mouldable, which makes them extremely versatile.
RTP's thermoplastics are used in a wide range of applications, from everyday items to more specialised products. For example, RTP's thermoplastics are used in toothbrushes and cell phones, as well as in medical devices such as mobile ultrasound and x-ray machines, enteral feeding devices, drug infusion pumps, and blood filtration equipment. The company's thermoplastics are also suitable for injection moulding, which is a common manufacturing process for creating plastic products.
In addition to the medical field, RTP's thermoplastics are used in the automotive industry, with applications in automobiles, washing machines, lawn mowers, and chainsaws. They are also used in packaging, with polypropylene being a common material for packaging trays and medical devices. Furthermore, RTP's thermoplastics can be engineered to have specific properties such as strength, colour, conductivity, elasticity, flame retardancy, and wear and friction resistance.
RTP Company's ability to customise their thermoplastics to meet specific requirements has made their products versatile and applicable across various industries. The recyclability of thermoplastics also contributes to their popularity and sustainability in modern life.
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RTP's material development process involves selecting resins, additives, modifiers, and more
RTP stands for RTP Company, a global compounder of custom-engineered thermoplastics. The company's material development process involves selecting resins, additives, modifiers, fillers, reinforcing agents, and colourants to meet performance and cost requirements.
RTP's material development process begins with understanding the customer's application. The company then independently selects the proper resin, additives, modifiers, fillers, reinforcing agents, and colourants to meet the unique demands of the application. For instance, RTP's thermoplastic elastomer compounds combine the functional performance and properties of thermoset rubbers with the processing ease and design flexibility of thermoplastics.
Resins are a key component in the RTP process. Resin transfer molding (RTM) is a popular method for preparing nanocomposites, which involves using a two-piece mould and a manual tilting system that speeds up production and extends tool life. Vacuum-assisted resin transfer molding (VARTM) is a variation of RTM that uses vacuum in addition to the resin injection system to pull the liquid resin into the preform. This process can also be called Vacuum-Assisted Resin Injection (VARI) or Vacuum Resin Transfer Molding (VRTM). The use of vacuum allows for a lighter mould and higher fiber content, resulting in better resin impregnation to the fiber.
Additives are another important component in RTP's material development process. Additives can be used to enhance scratch resistance, such as Nanopox nanosilicas developed by Evonik Hanse. Additives can also be used to create special effects, such as glow-in-the-dark or chroma-shift, to enhance the consumer appeal of a product.
Modifiers are also selected during the RTP material development process. Resin modifiers are breaking new ground in process and part-performance optimization. For example, halogen-free flame retardants are additives that can be used as modifiers to improve the safety of the final product.
Overall, RTP's material development process involves a careful selection of resins, additives, modifiers, and other components to meet the specific requirements of each application. The company's engineers and technical specialists work closely with customers from concept to production to ensure a consistent, quality product.
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Frequently asked questions
RTP stands for RTP Company, a global manufacturer of custom-engineered thermoplastics.
RTP's plastics are used in a wide range of applications, from everyday items like toothbrushes and cell phones to hospital equipment and plastic housings that require frequent disinfection, such as mobile ultrasound and x-ray machines.
RTP's material development process begins with understanding the customer's application requirements. They then independently select the proper resin, additives, modifiers, fillers, reinforcing agents, and colorants to meet performance and cost requirements.
RTP's thermoplastics can be customised with various characteristics such as strength, colour, conductivity, elasticity, flame retardancy, and wear and friction resistance.
RTP's plastics offer superior chemical resistance compared to other resins. For example, their RTP 2000 HC series thermoplastic compounds can withstand repeated exposure to harsh disinfectants without cracking or breaking.
