Date

28 - 30 September 2026
 

Venue

Sheikh Saeed Hall 1- 3 & Trade Centre Arena, Dubai World Trade Centre, Dubai, UAE

Cannon Viking Introduces LayDown Master, Enhancing Solutions for PU Slabstock Foam Producers Using Solid Fillers

Cannon Viking, a company of the Cannon Group and a market leader in technologies, processing and molds for polyurethanes and urethane elastomers, introduces the new LayDown Master at UTECH Europe to complete its offering for PU slabstock foam producers using Liquid Laydown technology.

Based on the experience gained over many years, Cannon Viking’s LayDown Master is a distribution device which  has been inspired by the CarDio® gatebar. It is aimed at slabstock producers using a conventional Liquid Laydown  or Maxfoam Trough machines. The LayDown Master has been specifically developed and made available as a kit for  evenly distributing the liquid PU across the width of the foaming conveyor before reaction, requiring less  modifications to the existing hardware and suitable to be (retro)fitted to virtually all existing foam production lines.

“The advantages of the LayDown Master are numerous,” says Richard Doublet-Stewart, Regional Sales Manager at  Cannon Viking. “The technology avoids the use of a traversing mixing head, whilst providing uniform foam laydown  across the whole width of the conveyor, delivering a more regular cell structure across the block. The LayDown  Master is especially suitable for highly reactive foam grades, such as MDI, Viscos and HR foams. It produces optimum  quality foams due to liquid laydown by avoiding pinholes and build-up, typically seen with Maxfoam trough  technology.”

As the Laydown Master is available as a kit, it requires a short installation time on existing production lines, ensuring  only a minimal impact on the production and machinery. It is suitable for low-pressure, partial high-pressure and  high-pressure technologies, and allows for a quick change of grade and colour, shortening the transition phase  between foam grades, reducing the amount of scrap foam and thus saving valuable raw materials.

Source: Plastics

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