History
UMP History
Founded in March 1974, a global multidisciplinary engineering business UMP supplies a diverse range of cost-effective wear solutions to the mining, infrastructure and engineering sectors. We later expanded into steel fabrication and machining. In 2013, we developed our own proprietary methods for large-diameter steel bends up to 900 NB.
Highly corrosion- and abrasion-resistant, UMP’s polyurethane formulations are engineered to outlast conventional polyurethanes, polyethylenes, rubber and steel in order to reduce maintenance, downtime and replacement costs and deliver superior life-cycle performance.
Time Line
1974 Established by Brian Christiane as a polyurethane moulding company
1980 First company in South Africa to develop polyurethane line piping
2004 Started fabricating our own steel inserts
2007 TerraTrak International, a joint venture with K-Cut to manufacture puncture proof tyres, is established
2011 Acquired Allround Engineering
2013 Relocated from rented 16 Plantation Road to our own premises at 14 Plantation Road
2013 Lined largest pipes and bends in the company’s history at the 900NB OCP project
2014 Added a 1 200m² fabrication facility with 10 t overhead cranes
2014 Started refurbishing and manufacturing Bailey Bridges
2016 Started the machine assembly division
2018 Added machine assembly and testing workshop with overhead crane
2018 Established UMP Inc. in Austin, Texas in the USA
2019 Started the 3D printing laboratory
2022 Developed our own modular steel bridge to TMH 7 standards
UMP’s business is divided into five dedicated areas of excellence:
- Polyurethane (PU) Mouldings and Linings
- Urethane lining of pipes bends and fittings
- Wear liners
- Custom mouldings
- Mould design design and development
- PU formulation and testing
- Machining and Fabrication
- Steel insert fabrication and machining
- Mould manufacture
- Pipe fabrication
- Modular bridge manufacturing
- Machine manufacturing and testing
- Full manufacture, assembly and testing of machinery and equipment to OEM requirements and standards
- 3D Printing
- Prototypes
- Miniature Models
- Moulds
- Tools and jigs
- Low volume manufacturing
- Complex plastic parts that cannot be moulded