CSS Engineering Approved as a Nordbak Service Provider

By Ninya Claassen

CSS Engineering continues to build out its industrial maintenance offering, and the latest step is formal: Nordbak’s written confirmation, dated 10 September 2026, that CSS Engineering is an approved MSP for its products. The approval fits an approach CSS already works to — solving a maintenance problem with the right combination of engineering knowledge, site capability and product, rather than treating a repair as a parts order.

Who Is Nordbak?

Nordbak is a South African manufacturer and applicator of industrial epoxy systems used widely in mining and mineral processing — crusher backing and mill repair compounds, wear and abrasion-resistant linings, epoxy grouting, protective coatings, pulley lagging and industrial flooring. Its products are used across mining as well as petrochemical, cement, water and food-processing environments, which overlaps closely with the plant types CSS Engineering already works in.

What the MSP Approval Means for Clients

A maintenance solution is only as good as the combination behind it — the product, the surface preparation, the engineering judgement and the workmanship. The Nordbak MSP confirmation strengthens CSS Engineering’s ability to bring the right product into a repair rather than defaulting to whatever’s on hand, particularly where equipment is dealing with:

• Abrasion and erosion from ore, slurry and moving material
• Impact loading around crushers and material-handling systems
• Corrosion and chemical exposure affecting steelwork and process infrastructure
• Vibration and mechanical loading around crushers, mills and pump foundations
• Continuous wear in chutes, pumps, pipelines and screens

Rather than treating these purely as component-replacement issues, CSS Engineering can assess the broader maintenance requirement and bring in the appropriate repair or protection system as part of it.

Supporting Crusher and Mill Maintenance

Crusher and mill maintenance is where this is most directly relevant. Nordbak manufactures backing compounds for cone crushers, primary gyratory crushers, rotating mills and other heavy reduction equipment, designed to support liners, fill gaps and withstand impact and compressive load during operation. Paired with CSS Engineering’s existing site maintenance and repair capability — mechanical repairs, machining, structural work, fabrication and shutdown-coordinated maintenance — a crusher backing job becomes an engineering project with a product attached, not a product with engineering bolted on afterwards.

Wear Protection for High-Wear Plant Areas

Wear is one of the most persistent maintenance costs in a mineral-processing plant. Chutes, pump casings, slurry systems, screens and transfer points take continuous abrasion and impact, and as wear progresses, plants face more frequent repairs and a growing risk of unplanned failure. Nordbak’s wear-resistant compounds — including systems built for slurry and pneumatic-conveying environments — can also be applied directly to existing worn areas as part of a repair, which means the worn component and the conditions causing the wear can be addressed in the same piece of work.

From Product Selection to Site Execution

Knowing which product exists isn’t the hard part — making it work under real plant conditions is. A repair typically needs damaged material removed, surfaces correctly prepared, dimensions verified, and access and isolation arranged before a protective system can even go in. That’s the execution layer CSS Engineering already provides: fabrication, equipment sourcing, machining, structural repair and 24/7 reactive site support alongside planned preventative maintenance. The Nordbak relationship adds a specialised product range into that same, already-running capability, rather than requiring clients to coordinate a separate supplier on top of it.

Better Maintenance Looks Beyond the Repair Itself

A repair shouldn’t just put equipment back into service — it should help explain why the damage happened in the first place. Excessive wear can point to problems like poor material flow, a concentrated impact zone, misalignment, inadequate liner protection or maintenance access that’s too restricted to inspect properly. Considering these alongside the repair is consistent with how CSS Engineering already approaches site maintenance and plant design generally — and it’s the same principle behind designing mining plants for better shutdown planning: good maintenance outcomes are mostly decided before the repair starts.

The CSS Engineering and Nordbak team with a completed wear-protection job on site.

Whether the requirement involves crushers, mills, high-wear areas, mechanical repairs or planned shutdown maintenance, CSS Engineering can take on the complete engineering requirement — speak to the team about what’s next on site.

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