15 December 2020 - Record Ladle Lives Campaign At Local Steel Works With Trent Backfill Materials
Trent Refractories backfill material has contributed to a record ladle lives campaign at a local steel works helping to reach a record 154 heats beating the existing record by 2 heats. Ladle Linings for Foundries are a fantastic service for foundries, you can simply send us your Ladles and we will cast a working lining into it for you, we offer a full service of collection, wrecking, casting, drying and delivery back to your site. Making it easy for you to manage your fleet and offering value for money. We can also advise on casting at your site to enable you to effectively cast your own Ladles, this service is suited where typically smaller ladles are used.
We have a range of backfill materials designed to be used between the safety and working linings to absorb thermal expansion, retard and capture metal penetration and prevent reactions between the slag, working and safety linings. They offer protection whilst also making it easier to remove the working linings. We are also able to develop mixes using our team of experienced technical staff and external R&D support, please just ask and we will be happy to work on something for your needs.
Other Articles
16 March 2026
Closing The Loop In High-Temperature Industry With Trent Refractories & Global Recycling Day 2026
12 March 2026
Trent Refractories Celebrates International Day Of Ceramics 2026
11 March 2026
Exciting Investment In Our UK Manufacturing Capability
10 March 2026
37th Anniversary For Trent Refractories
08 March 2026
Breaking Barriers In Industry With Trent Refractories & International Women's Day 2026
06 March 2026
Science in Action With Trent Refractories & British Science Week 2026
05 March 2026
Engineering Resilience With Trent Refractories & World Engineering Day 2026
03 March 2026
A Strategy For Growth Protecting Britains Steel Industry In The Global Tariff War
03 March 2026
Trent Refractories Attending The National Manufacturing Conference 2026
02 March 2026