A groundbreaking, simple conversion from three-way to two-way split mode is a key feature of the new Warrior 600 screen, launched at INTERMAT 2015. And as it can be containerised, there is also a huge reduction for operators in its shipping costs.
The Warrior 2400 is the largest machine in Powerscreen’s Warrior range and is designed for large-scale operators in the quarrying and mining sectors. It is capable of handling larger feed sizes and has an output potential of up to 800tonnes per hour. It features a heavy-duty incline screen with a high amplitude triple shaft drive mechanism, lending it to screening, scalping, two or three-way splitting and stockpiling materials like aggregates, topsoil, coal, construction, demolition waste and iron ore.
Powerscreen’s Warrior 2100 screen is engineered to include the company’s proven Triple Shaft technology, first developed for the successful Warrior 2400, a model which is now well established in markets worldwide, says the company.
This Triple Shaft technology, exclusive to Powerscreen heavy-duty mobile screens, is designed so the 16’ x 5’ (4.88m x 1.5m) screen box is highly effective and efficient while maintaining exceptional throughput productivity.
The extreme screening acceleration is said to offer
Powerscreen has made over 1,000 Warrior machines at its state-of-the-art facility in Hosur, India. The firm established its manufacturing presence in India 15 years ago, contributing to the growth and development of the country’s industrial sector. The 1000th machine, a Warrior 600 (now known as a Titan 600), represents the culmination of years of research, development, and engineering expertise.
Powerscreen’s Warrior 2100 screen is engineered to include the company’s proven Triple Shaft technology, first developed for the successful Warrior 2400, a model which is now well established in markets worldwide, says the company.
This Triple Shaft technology, exclusive to Powerscreen heavy-duty mobile screens, is designed so the 16’ x 5’ (4.88m x 1.5m) screen box is highly effective and efficient while maintaining exceptional throughput productivity.
The extreme screening acceleration is said to offer
