Steel Moulds For Concrete Blocks

Manufacturing Process

Precision machining defines the next phase of brick block mould creation. Our facility houses advanced CNC machining centers, wire EDM equipment, and precision grinding machinery capable of maintaining dimensional tolerances within ±0.01mm. Rough machining removes bulk material, semi-finishing ensures uniform stock allowance, and final finishing operations achieve mirror-polished surfaces with roughness values of Ra ≤0.4μm. This meticulous attention to surface quality ensures smooth demoulding and flawless brick finishes that require no post-production treatment.

The manufacturing journey of every steel concrete block mould continues through sophisticated heat treatment protocols. Our vacuum quenching processes achieve hardness ratings of 60-63 HRC while preventing surface oxidation and decarburization. Multiple tempering cycles eliminate internal stresses, enhancing the mould's ability to withstand the relentless pressures of continuous production. For clients demanding maximum longevity, we offer optional deep-cooling treatments to -196°C, transforming retained austenite into martensite and extending service life by over 30%.

After-Sales Service

We continue to support buyers after delivery. Services include:

• One-year warranty covering production defects,
• Technical guidance for installation and operation,
• Maintenance and refurbishment to extend service life,
• Supply of replacement inserts and spare parts.

This support helps keep production lines running with fewer interruptions.

Packaging and Transportation

Each mould is treated with anti-rust oil, wrapped in protective film, and packed in export-standard wooden crates. The packaging is designed to prevent vibration damage during long-distance transport.

Normal delivery time is about 20-25 working days. For urgent orders, faster production and shipment can be arranged.

Key features

• Dimensional accuracy and smooth surfaces
• Rational structure with high efficiency and automation compatibility
• Ease of manufacture, extended lifespan, and cost-effectiveness
• Process-appropriate and economically sound design