Product Tutorial
10 Nov 2023 Advantages of carbon dioxide foam extrusion board production line
Because of its excellent thermal insulation, high compressive resistance, low water absorption, lightweight and other characteristics, it is widely used in building external wall insulation, cold storage, water conservancy engineering, central air conditioning pipeline, cold highway, airport runway, high-speed railway subgrade and so on.
30 Oct 2023 How to Choose PS Decorative Lines?
Welcome to our blog post on how to choose the perfect PS Decorative Lines for your home or office! If you're looking to enhance the aesthetics of your space and add a touch of elegance, then PS Decorative Lines are the ideal solution. These decorative lines not only serve as beautiful accents but also provide functionality and durability.
20 Oct 2023 The importance of thermal board in floor heating
More and more floor heating is used in home decoration. In addition to the superior thermal performance of floor heating, energy-saving floor heating can also make you more comfortable and environmentally friendly.
12 Jul 2023 Advantages of feininger ETPU foamed particles
Feininger has been committed to the research of supercritical CO2 foaming equipment, using CO2 in supercritical state as a physical foaming agent applied to foam extrusion process, can produce microporous plastics with small and dense pores and improved mechanical properties, while achieving energy saving and consumption reduction. Feininger supercritical CO2 extrusion foam ETPU has the advantages of high rate and high resilience.
12 Jul 2023 Feininger and Western University jointly developed a one-step method to produce ETPU "popcorn", which is a boon to the industry
ETPU, or foamed TPU, commonly known as "popcorn", is currently the most elastic foam particle on the market.
12 Jul 2023 Feininger successfully developed a one-step process for the production of epp foam beads
Jiangsu Polymer Physics Foam Engineering Technology Center has successfully developed an innovative process that can economically and efficiently extrude polypropylene (EPP) foam beads using supercritical CO2.
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