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Cellasto® for Packaging

Cellasto® as ejection material increases the service life of punching dies. Plus, the extremely high resilience at minimal setting behavior renders ejectors suitable even for high-speed punching machines.  

Benefits

Key Properties of Cellasto® for Packaging

  • Very high resilience
  • Minimal setting behavior
  • Lowest dynamic load-related creep of all elastomers
  • Low increase in deformation

Designed for the Job on the Die Cutter

When packaging material has been punched out of cardboard it needs to be pushed out of the die cutting tool. Cellasto® shows the lowest dynamic load-related creep of all elastomers. The low increase in deformation means that Cellasto® parts return to their original position as soon as the compression phase is terminated. And this for over a million cycles without any loss of performance.

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More Information

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Information & Certificates

Applications with Cellasto® in Other Industries

The applications are as manifold as its product properties: Explore the various application possibilities of Cellasto®!

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Cellasto® (PU)

Cellasto® (PU)

Improve comfort and ease of use with Cellasto® noise, vibration and harshness (NVH) material solutions for elevators, powertools, appliances and more
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Cellasto® Coil Spring Isolators

Cellasto® Coil Spring Isolators

Static or dynamic, it supports the load: Cellasto® Coil Spring Isolators reduce resonance-related energy peaks and at the same time, isolate the body noise. It is the ideal solution to provide protection against vehicle chassis vibrations.
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Cellasto-Elemente für den Automobilbau. Unter dem Markennamen Cellasto® werden im Werk Wyandotte, Michigan, USA, Bauteile aus zelligen PUR-Elastomeren entwickelt und produziert. Ein wichtiger Schritt bei der Produktion von Federelementen ist das Entgraten. Die Federelemente werden bei extrem niedriger Temperatur eingefroren und durch Rütteln gegeneinandergeschlagen. So lösen sich überschüssige Teile. In der Automobilindustrie vermeiden Cellasto-Elemente in Fahrwerk und Karosserie Vibrationen, Schwingungen und Nebengeräusche und erhöhen so den Fahrkomfort und die Fahrsicherheit. Abdruck honorarfrei. Copyright by BASF. Cellasto components for automotive construction. Under the brand name Cellasto® components made of microcellular polyurethane (MCU) are developed and produced at BASF's site in Wyandotte, Michigan. A key step in the production of jounce bumpers is deburring. This involves freezing the jounce bumpers at severely low temperatures and tumbling them against one other to remove the excess flash. In the automotive industry, Cellasto components prevent noise, vibration and harshness (NVH) and thus improve a car's overall ride, comfort and safety. Print free of charge. Copyright by BASF.
Cellasto® Jounce Bumpers

Cellasto® Jounce Bumpers

Save space and money: Cellasto® was used for spring components as early as the 1960s. Its physical properties include: Low lateral expansion due to its high volume compressibility meeting the requirements of limited construction space and resistance to low temperature, heat and moisture gives components an extended life span.
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Cellasto® NVH Powertrain

Cellasto® NVH Powertrain

Cellasto® NVH powertrain & chassis extends our well-established portfolio to create new applications with the best NVH performance in small packages. By combining acoustic isolation at high frequencies with high damping at large amplitudes, we can help you design optimal innovations in acoustic comfort, vehicle dynamics and safety.
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Cellasto® Top Mounts

Cellasto® Top Mounts

Stronger, smaller and more cost effective: Compared to traditional rubber solution, Cellasto® top mounts are volume compressible. The Cellasto® structure makes it possible to implement the axial pathways of the insert with a very narrow elastomer layer on its face sides.
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