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Imerys UK buys a DDA 5

The new dynamic drainage analyser, DDA 5, is receiving great interest. Imerys UK already has the model DDA 4 and has just bought a DDA 5 for their operations in the UK. The existing DDA 4 will be shipped to Imerys USA. “It is really rewarding that Imerys UK has now bought their second dynamic…

PulpEye hoists the flag in Canada higher

During the fall PulpEye has received new orders for two PulpEye analyzers from two Canadian mills, Domtar Windsor, QC, and Port Hawkesbury Paper, NS. Domtar Windsor in Quebec has two paper machines with a total production capacity of about 640,000 tonnes of uncoated papers like high brightness, opaques, offset, multi-purpose digital papers, copy paper, laser…

First DDA 5 delivery to the USA

The dynamic drainage analyser, DDA, simulates drainage conditions on paper machines and is sold to papermakers, chemical manufacturers and R&D companies worldwide. Earlier this year this equipment was upgraded to model DDA 5 with features like drainage speed, initial drainage and temperature readings presented for chosen time intervals. The productivity has increased as the equipment…

PulpEye visar senaste nytt på ZELLCHEMING 2015

På ZELLCHEMING 2015 visar PulpEye hela bredden av analysmoduler för online-mätning av fiber- och massaegenskaper. CrillEye kommer naturligtvis att presenteras och det blir premiär för fibertjockleksmätaren FWT liksom för avvattningsmätaren Dynamic Drainage Analyzer, DDA 5. Fiberväggstjockleken är en viktig parameter och PulpEye introducerar världens första teknologi för att mäta fiberväggstjockleken online i analysmodulen FWT. CrillEye…

PulpEye launches Dynamic Drainage Analyzer DDA 5 with new features

PulpEye, is an innovative measurement technology company, is now launching the fifth generation of its Dynamic Drainage Analyzer, DDA 5. This model, like its predecessors, gives drainage values comparable to real drainage situations on modern paper machines’ wire sections. One of the new features is an automatic retention module which can calculate the retention by…