Skip to main content

Terex Finlay 883+ triple shaft screen to launch Q3 2018

Terex Finlay’s 883+ triple shaft heavy duty screen is due to go into full production in September 2018. The latest addition to the Northern Ireland-headquartered manufacturer’s 8-Series line up, the 883+ triple shaft model is said to be ideal for a variety of dry and difficult sticky applications including quarry, mining, sand and gravel, construction and demolition debris and recycling applications. The heart of the 883+ triple shaft is the new triple shaft screenbox, featuring two full size 16’ x 5’ sc
April 24, 2018 Read time: 2 mins
Terex Finlay is launching the 883+ triple shaft screen in Q3 2018
3501 Terex Finlay’s 883+ triple shaft heavy duty screen is due to go into full production in September 2018.


The latest addition to the Northern Ireland-headquartered manufacturer’s 8-Series line up, the 883+ triple shaft model is said to be ideal for a variety of dry and difficult sticky applications including quarry, mining, sand and gravel, construction and demolition debris and recycling applications.

The heart of the 883+ triple shaft is the new triple shaft screenbox, featuring two full size 16’ x 5’ screening decks. The screenbox’s triple-shaft design employs an oval motion stroke to generate an aggressive screening action, reducing plugging and blinding over the screen decks to ultimately provide a quality product with high tonnage output.

Terex Finlay says that even when under heavy load during its testing phase, the new triple shaft screenbox has consistently produced high tonnages across a range of difficult and challenging applications.

Some of the in-built features of Terex Finlay’s current 883+ screener have been retained, including the ability to hydraulically raise the discharge end 500mm to facilitate easy and efficient media changing.

A company spokesperson said: “We are introducing three new design features in this new plant; firstly we have increased width of the fines conveyor to 900mm wide. Secondly, we have increased the hydraulic power to the fines conveyor and thirdly we have set the engine to run at a lower speed. Each of these features have been incorporated to maximise the overall operational efficiency of the plant.

“We are pleased to confirm that these updates will be carried across into our standard 883+ platform and will be a feature on plants configured with either our standard screenbox or Spaleck screenbox option.”

For more information on companies in this article

Related Content

  • Terex Finlay I-100RS impact crusher
    March 12, 2014
    The new Terex Finlay I-100RS direct drive 86cm x 86cm horizontal impact crusher with variable speed is said to give operators unprecedented levels of fuel efficiency and production in both recycling and quarrying applications. Furthermore, the robust Terex chamber is said to ensure excellent reduction ratios and high consistency of product shape. The machine features an onboard 2.44m x 1.2m single deck screen for sizing and recirculating oversize material back to the crushing chamber. The sizing screen
  • Accuracy from Sandvik’s WX6500 screening media
    April 13, 2018
    NCC Industry in Södra Sandby, Sweden has been using Sandvik’s latest screening media technology, the WX6500, for over a year The company reports that the first fine screening test panels are still in place and performing reliably. NCC Industry's Stone Materials division said that it has long chosen rubber screening media over wire mesh. The choice is crucial in Södra Sandby, where abrasive quartzite produces excessive wear on metal components. Yet despite its preference, the company said that it had stru
  • Showcase for Terex Finlay I-140 impact crusher
    January 23, 2017
    Terex Finlay is showcasing its I-140 direct drive ø1,270mm x 1,240mm horizontal impact crusher with variable speed and the proven Terex CR032 chamber, which is said to give excellent reduction ratios and high consistency of product shape. A significant engineering approach being introduced in this model is the material flow through the plant, which has been significantly improved by increasing the width of components as the material moves through the machine. The I-140 features an advanced electroni