Описание материалов:
        
            Dynamically  vulcanized  thermoplastic  (TPV)  is  a  particular  type  of  thermoplastic  elastomer  (TPE) which  offers  much  better  results  given  the  exclusive  combination  of  an  elastomeric  phase  deeply dispersed in a continuous thermoplastic phase.
TPV  Elastoprene® is  a  mixture  of  polypropylene  and  dynamically  vulcanised  EPDM  rubber (PP/EPDM),  with properties  similar  to  those  of  other  rubber  products  but  with  better  results  than traditional plastic materials. Its composition makes it compatible and particularly suitable for the co-extrusion processes of polypropylene profiles.
Due to the enormous advantages of processability, vulcanized rubber materials are being substituted by TPV Elastoprene®, using the traditional technology in the transformation of plastic.  Furthermore, with the excellent properties obtained, TPV Elastoprene® is replacing plastic materials like PVC.
TPV Elastoprene® is completely recyclable and reusable, safe to the environment, thus improving the overall profitability of the process; an added advantage to rubber production and manufacture.
TPV Elastoprene® has good resistance to the effects of the ozone, UV and diverse chemical products, with an operating temperature from -60 to 135°C.
APPLICATIONS
The  excellent  properties  of  this  material  make  it  ideal  for  the  demanding  requirements  of  the automobile industry.
Its  principal  application  is  for  extruded or  PP  co-extruded  sealing  profiles,  for  both  the  interior  and exterior of vehicles. It is possible to obtain finished products in flock, adhesive tape, etc.
In the construction industry, profile parts can be used for insulation, protectors and for embellishments on doors and windows.
        
     
    
    
    | Главная Информация |  | 
|---|
| Характеристики  | - Хорошая устойчивость к ультрафиолетовому излучению
 - Перерабатываемые материалы
 - Озоновая защита
 - Хорошая химическая стойкость
 
  | 
| Используется  | - Область архитектурного применения
 - Уплотнение
 - Применение в автомобильной области
 - Профиль
 
  | 
| Внешний вид  |  | 
| Формы  |  | 
| Метод обработки  | - Коэкструзионное формование
 - Экструзионное формование профиля
 
  | 
| Физический | Номинальное значение | Единица измерения | Метод испытания | 
|---|
| Плотность  | 0.950 | g/cm³ | ISO 1183  | 
| Твердость | Номинальное значение | Единица измерения | Метод испытания | 
|---|
| Твердость дюрометра  |  |  | ISO 868  | 
|     Shore A, 5 seconds, 2.00mm, extruded  | 67 |  | ISO 868  | 
|     Shore A, 5 seconds, 2.00mm, injection molding  | 75 |  | ISO 868  | 
| Эластомеры | Номинальное значение | Единица измерения | Метод испытания | 
|---|
| Tensile Stress (100% Strain, 2.00 mm) | 3.50 | MPa | ISO 37  | 
| Tensile Stress (Yield, 2.00 mm) | 7.00 | MPa | ISO 37  | 
| Удлинение при растяжении (Break, 2.00 mm) | 390 | % | ISO 37  | 
| Tear Strength (23°C, 2.00 mm) | 9.0 | kN/m | ISO 34-1  | 
| Комплект сжатия (70°C, 22 hr) | 36 | % | ISO 815  | 
| Тепловой | Номинальное значение | Единица измерения | Метод испытания | 
|---|
| Температура ломкости  | -60.0 | °C | ISO 812  | 
| Экструзия | Номинальное значение | Единица измерения |  | 
|---|
| Температура сушки  | 80.0 | °C |   | 
| Время сушки  | 2.0 | hr |   | 
| Температура расплава  | 170 - 200 | °C |   | 
| Температура матрицы  | 200 - 215 | °C |   | 
| Инструкции по экструзии | 
|---|
| Recommended Scrap: 20% |