Elastopor®: Intelligent sandwich technology for efficient insulation, cooling, storage and transportion
The use of sandwich panels and insulation boards made of Elastopor® and Elastopir® in sandwich technology means an optimum combination of excellent mechanical and physical properties and thermal insulation. Elastopor® is used as the core material of multi-layer construction elements with a diffusion-tight metal cover layer and is used for wall, floor and roof elements in industrial hall, refrigeration and warehouse construction. The metal composite elements are manufactured in continuous (double belt) and discontinuous (press) production. In residential construction, insulating elements with flexible cover layers such as aluminium or paper and a core of Elastopor are also used. The main areas of application here are steep and flat insulation and floor insulation. Elastopor® rigid foam systems are easy to process and guarantee high product quality. The polyurethane insulation products with different laminations and functional layers are an advantage for producers and consumers and an active contribution to climate protection
Excellent mechanical properties
Very good bonding with different facings
Prefabricated panels with Elastopor® permit rapid and straightforward installation
The applications are as manifold as its product properties: Explore the various application possibilities of Elastopor®!
Construction elements with a core of rigid polyurethane foam are ideal for the production of facade or roof elements of industrial buildings. Sandwich elements with Elastopor® core are the insulation material made to measure for modern industrial design.
Elastopor® systems with flexible cover layers such as aluminum or paper are used in residential construction for pitched roof, flat roof and floor insulation. Due to their particularly good mechanical properties, they are also suitable for areas with high pressure and weight loads, such as parking decks and green roofs.
In all areas where efficient and dependable cold chains and resource-conserving construction really count, the polyurethane core materials Elastopor® and Elastopir® reveal their peerless advantages. Thanks to their exceptionally low thermal conductivity, they appreciably reduce energy input and emissions as insulation for cold stores and cool rooms. And above all, they ensure a continuous cold chain.
The transport of chilled and deep-frozen goods calls for a dependable and high-performance technology. Sandwich panels with a PU core permit excellent mechanical stability and outstanding thermal insulation, completely devoid of thermal bridges. For refrigerated vehicles and containers and for other transport vessels, they help to save energy and ensure a non-disruptive cold chain. An advantage for both consumers and producers.
With only two materials, you can wrap up the problem of perfectly insulated doors for good.
Roller doors have to be rugged, resist burglary and show long-term durability as well as high thermal insulation. This is why they are insulated nowadays with rigid polyurethane foams. The hot-dip galvanized, double-walled slats achieve results unsurpassed by any other material in terms of strength, noise protection, smooth operation and outstanding thermal insulation.
Garage doors: Thanks to professional thermal insulation with Elastopor® foam in the door, the garage becomes a thermal buffer for the entire house. A further improvement of up to 15 % is achieved by installing a thermal frame that separates the frame from the building structure and ensures additional draft-freedom.
Sectional doors: Modern, vertically opening sectional doors also have a thermally insulating inner layer of PU. This ensures higher strength and effective protection from burglary.
Industrial doors: Well-heated industrial buildings need efficiently insulated doors so that the warmth stays at the workplace and energy loss does not send costs spiraling. Slats reinforced with Elastopor® deliver extra security and take up less space than conventional roller doors.
The VisionVenture concept vehicle jointly developed by BASF and HYMER is a near-series preview of the future of motorhomes. The concept vehicle sets standards in terms of lightweight construction, self-sufficiency, travel experience and design.
More than 20 high-performance plastics and a new coating technology from BASF are used in the concept motorhome and score points with many different properties. BASF and HYMER, for example, are using several novel lightweight materials and processes in the interior and exterior, which provide more comfort and at the same time make the vehicle more robust.
Thanks to the world innovation Veneo Slate® there is a new combination of plastic and natural stone. The material is based on the compact, non-foamed polyurethane Elastocoat® and has a thin and extremely light layer of real slate on its surface.
The polyurethane rigid foam Elastopor® is used in several ways: as a construction element in the side walls and for insulating the refrigerator. In VisionVenture, BASF has combined its two innovative high-performance insulating materials SLENTEX® and SLENTITE® for the first time. The solid panel material SLENTITE® is used in refrigerators, door panels, window frame profiles and underfloors. SLENTEX® shows its strengths as highly efficient, safe and space-saving thermal insulation for batteries, engine compartments, ovens and stoves.
True freedom requires independence – and the VisionVenture makes this possible through intelligent use of materials for energy management, thermal insulation and electrical components.
For air conditioning and ventilation systems, Elastopor® meets the highest standards of hygiene and is insensitive to moisture. A sandwich panel with polyurethane as its core material has an extremely low thermal conductivity – the heat loss via the housing wall is minimal.
Elastopor® products have been used for decades to insulate commercial refrigeration appliances and hot water storage tanks. The use of polyurethane-based rigid foams in these areas is the optimal solution for increasing energy efficiency and productivity. At the same time, the rigid foam ensures the structural strength of the appliances.
High temperature stability, best insulating properties, long service life and a simple processing method distinguish Elastopor® also in the field of pipe insulation.
In oil and gas pipelines, industrial pipes and in the field of district heating and cooling, the polyurethane rigid foam shows its strengths to the full. BASF offers customized systems for all production technologies.
Many components are crucial for superlative quality in the production of polyurethane sandwich elements. Along with our precision-tuned polyurethane systems BASF also offers solutions in state-of-the art process technologies. The patented rake technology of BASF makes the production of high-grade PU and PIR sandwich panels more stable and more cost-effective. With its modular design, the patented rake replaces conventional laydown devices and can be adapted precisely to the construction panel being produced.
With the rotating disc, another patented technology of BASF, the foam can be applied more evenly on the surface material, thus ensuring a better quality of the final element. The rotating disc can be used for continuously produced sandwich panels and for honeycomb or lightweight sandwich panels.
Elastopor® is able to flow through and adhere to complex shapes and surfaces which provides a freedom of design as well as complete insulation, even in unconventional designs.
Industrial Building with Elastopor®; Romakowski GmbH