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Presentations

Small Electron Beam Accelerators

B. Laurell, E. Föll

Presentation at RadTech Europe 2013 Exhibition & Conference for Radiation Curing. 15-17 October 2013. Basel / Switzerland

Foreword

This presentation gives an overview of the current state of industrial electron beam development.
It is not possible to present all of the technical details which one might wish because of the need to protect the proprietary interests of the firms engaged in the production applications and technology development. Still, the general view can be seen clearly. 

pdfDownload Small Electron Beam Accelerators (pdf)

  

Electron Beam Accelerators for New Application

B. Laurell, E. Föll

Presentation at RadTech Europe 2011 Exhibition & Conference for Radiation Curing. 18-20 October 2011. Basel / Switzerland

Foreword

The purpose of this presentation is to give an overview of the current state of industrial electron. The purpose of this presentation is to give an overview of the current state of industrial electronbeam development. It is not possible to present all of the technical details which one might wishbecause of the need to protect the proprietary interests of the firms engaged in the productionapplications and technology development. Still, the general view can be seen clearly.

pdfDownload Electrom Beam Accelerators for New Application (pdf)

 

Dosimeter overview and the use of Dµ for Calibration

B. Laurell, E. Föll

Presentation at RadTech Europe 2009 Exhibition & Conference for Radiation Curing. 14-15 October 2009. Nice / France

Introduction

Irradiation with low-energy electrons (75 - 300 keV) results in dose gradients across the thickness of the dosimeters that are typically used for dose measurement at these energies. This leads to different doses being measured with different dosimeter thicknesses irradiated at the same energy, resulting in difficulties in providing traceable dose measurements using regerence dosimeters. This paper will discuss different dosimeter systems and how to use th Dµ to calibrate and measure does from low energy electron irradiations with measurement traceability to national standards. 

pdfDownload Dosimeter overview and the use of Dµ for Calibration (pdf) 

 

New Developments Of Electron Beam Accelerators

T. Lund, B. Laurell, E. Föll

Presentation at RadTech Europe 2009 Exhibition & Conference for Radiation Curing. 14-15 October 2009. Nice / France

Foreword

The purpose of this presentation is to present an overview of the present state of industrial electron beam development. It is not possible to present all of the technical details which one might wish because of the need to protect the proprietary interests of the firms engaged in the production applications and technology development. Still, the general view can be seen clearly.

pdfDownload New Developments Of Electron Beam Accelerators (pdf)

 

New Multi Purpose Laboratory Electron Beam Equipment

B. Laurell, E. Föll

Presentation at RadTech Europe 2007 Exhibition & Conference for Radiation Curing. 13-15 November 2007. Vienna / Austria

Introduction

More environmental protection requirements force users of solvent-based coatings to look for an environmentally safe procedure that emits considerably less solvents or cracked products into the atmosphere and water.

Also the new EC Super directive regarding migration of less then 10 ppb into the food will force the packaging producer to look for new technologies.

The chemistry has new groups of products to offer:
- Systems with low content of solvents and with high solid contents
- Coating materials containing water
- Coatings with solid resin in powder form
- 100 % solid systems.

pdfDownload New Multi Purpose Laboratory Electron Beam Equipment (pdf)

 

Electron Beam Technology and coatings

B. Laurell, E. Föll

Presentation at AK-Sitzung. June 2006. FH-München

Introduction

More environmental protection requirements force users of solvent-based coatings to look for an environmentally safe procedure that emits considerably less solvents or cracked products into the atmosphere and water.

Also the new EC Super directive regarding migration of less then 10 ppb into the food will force the packaging producer to look for new technologies.

The chemistry has new groups of products to offer:
- Systems with low content of solvents and with high solid contents
- Coating materials containing water
- Coatings with solid resin in powder form
- 100 % solid systems.

pdfDownload Electron Beam Technology and coatings (pdf)

 

Industrial Application of Electron Beam Curing in the Field of Coatings

B. Laurell, E. Föll

Presentation at RadTech Europe. 29-31 January 2003. Berlin / Germany.

Introduction

There is an ever-increasing demand for solvent-free systems for surfaces coating. During the curing process there should be no emission of harmful substances into the atmosphere or water. In addition, after the curing process is over, there should be no odour emissions from the surface.

These two requirements are already making Electron Beam curing (EB) the focus of ever more attention, not least because this technology has been used for a wide variety of applications in recent years due to the many other benefits it offers.

EB is the abbreviation for a environmentally safe, heat and solvent free technique: Electron-Beam curing.

Nevertheless, success is only possible if the user, the chemical supplier and the plant manufacturer collaborate fully - not only during the planning phase but also in the construction of the curing line and later during initial operation. 

pdfDownload Industrial Application of Electron Beam Curing in the Field of Coatings (pdf)

 

 

Company by year

  • 2024 Rebulding head office in Halmstad
  • 2022 Expanding facillity to Skyttevägen 44
  • 2021 Cooperation with KyooBe Tech GmbH
  • 2020 New Dosereader DR030
  • 2015 Exhibition on the RadTech Europe conference in Prague – Czech Republic
  • 2013 Exhibition on the RadTech Europe conference in Basel, Switzerland
  • 2011 Exhibition on the RadTech Europe conference in Basel, Switzerland
  • 2009 Linear multi-cathode electron accelerator are introduced on the market
  • 2009 Compact design accelerator for 70 – 110 keV suitable for all Flexo-, Screen- und Rolloffset- printing are introduced
  • 2009 Exhibition on the RadTech Europe conference in Nice, France
  • 2008 Installs first equipment for in-line sterilization for the pharmaceutical industry
  • 2007 Exhibition on the RadTech Europe conference in Vienna, Austria
  • 2006 New lab equipment EC- LAB 400
  • 2005 Exhibition on the RadTech Europe conference in Barcelona, Spain
  • 2003 Exhibition on the RadTech Europe conference in Berlin, Germany.
  • 2003 Move to a new facility in Halmstad, Sweden
  • 2003 Colloquium, Industrial application of electron beam curing in the field of coatings,
    German institutes for textile and fibre research Stuttgart, Germany
  • 2001 Exhibition on the RadTech Europe conference in Basel, Switzerland.
  • 2001 Rebuilding the laboratory in Halmstad, Sweden.
  • 2000 Starts to deliver Electron Beam Accelerators on the market world wide.
  • 1999 Exhibition on Interzoom in Köln, Ligna in Hannover and Radtech conference in Berlin.
  • 1998 New dose reader DR020.
  • 1998 Starts up an own service organisation in separate company.
  • 1998 Purchase of the complete technology for the scanning type accelerator developed by Polymer-Physik GmbH in Germany from Max Kroenert GmbH, Germany.
  • 1996 Installs first turn-key concept in Norway.
  • 1992 Installs the first Electron Beam Curing line in Sweden.
  • 1990 Start with EB turn-key concept.
  • 1988 Starts with UV-technology.
  • 1986 Starts to co-operate with Polymer-Physik GmbH in Germany for the Scandinavian market.
  • 1986 Installs own Electron Beam Accelerator in the laboratory in Halmstad, Sweden.
  • 1984 Foundation of Electron Crosslinking AB in Halmstad, Sweden. 

 

Delivery Instructions

Delivery adress

Electron crosslinking AB
Skyttevägen 42
SE-302 44 Halmstad
Sweden

 

 

We are open for delivery:
Monday - Friday
08:00 - 17:00
Closed for lunch beween 12:00 - 13:00 

 

We can unload shipments on pallets up to 2,5 metric ton. For heavier deliveries, please call us ahead 

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Contact Us

We are looking forward to hear from you.

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Visit us

By car, from south:
Follow the motorway E6 / E20 to exit #44 Halmstad Ö.
In first roundabout, the the second right to Centrum.
In the second roundabout, continue straight towards Centrum.
Take the first road to the right, and then follow past the football fields and turn left. 
Our office is the third building on the left. 

By car, from north:
Follow the motorway E6 / E20 to exit #44 Halmstad Ö.
In first roundabout, take the first right towards Centrum. 
In the second roundabout, continue straight towards Centrum.
Take the first road to the right, and then follow past the football fields and turn left. 
Our office is the third building on the left. 

By train:
There are train connections from Copenhagen and Gothenburg to Halmstad.

By airplane:
The closest international airports are Copenhagen (CPH) and Gothenburg (GOT). We recomend renting a car and driving to Crosslinking from there.
Alternatively you can fly to Arlanda airport (ARN) outside of Stockholm, and take a domestic flight to Halmstad airport (HAD).

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A map of Halmstad, Sweden. Showing where Electron Crosslinking AB head office is located.
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Electron Crosslinking AB
Skyttevägen 42
302 44 Halmstad
Sweden

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  1. Electron Crosslinking AB
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Head office
Electron Crosslinking AB
Skyttevägen 42, 44
SE-302 44 Halmstad
Sweden

Telephone: +46 (0)35 15 71 30
www: https://crosslinking.com
Office
Brühlstraße 7
DE-72147 Nehren
Germany


Telephone: +49 (0)7473 920 281
Telefax: +49 (0)7473 920 281