Custom Cross-Sections for Local Curb Designs
Molds can be developed for different curbstone lengths, widths, heights, and cross-sectional profiles. Detailed drawings allow the tooling to match your intended product geometry.
| Cavities/Cycle | Matching tamper and mould-box arrangement; cavity count requires the approved unit schedule. |
| Kerb Profile | Specified kerb cross-section and longitudinal profile; straight and special units reviewed separately. |
| Certification | CE, ISO |
Identify straight and special kerbstone units as separate drawing requirements.
A kerbstone project may require companion units that follow different longitudinal profiles or connecting details. Those requirements should be listed clearly before tooling design. This page focuses on preparing a schedule of straight and special units for drawing review, without treating a general product description as a confirmed range of sizes or configurations.
Identify the straight, radius, corner and transition units required by the intended arrangement. Provide a dimensioned cross-section, length and face angle for each relevant drawing. Mark edge treatments and connecting surfaces that must align with companion pieces. Special-unit tooling is reviewed separately from the straight-unit configuration.

The mold box and matching tamper must suit the specified profile and molding orientation. Provide machine model, pallet dimensions and handling requirements for the proposed units. Review cavity arrangement against the forming area and kerbstone dimensions, with installation measurements identifying the fit needed by the receiving production equipment.

Inspect trial units for length, cross-section, straightness and visible edge quality. Compare companion pieces at their connecting faces and assess the intended surface finish using accepted samples. The order quotation and approved drawings confirm the final dimensions, cavity count, material selection and inspection scope for each tooling requirement.

Send your product drawing, machine details, production pallet dimensions and required layout for a configuration review.
Explore HAWEN Product Ranges, or contact HAWEN for a mold quotation. The quotation and approved technical documents confirm the final tooling and supply requirements.
| Parameter | Specification |
|---|---|
| Cavities per Cycle / Layout | Matching tamper and mould-box arrangement; cavity count requires the approved unit schedule. |
| Curbstone Profile Type | Specified kerb cross-section and longitudinal profile; straight and special units reviewed separately. |
| Unit schedule | Straight, radius, corner and transition units must be scheduled separately. |
| Moulding orientation | Confirmed with the receiving machine and pallet. |
Provide the kerb cross-section, length, face angle and edge treatment. Review straight, radius, corner and transition units separately against the machine, pallet and moulding orientation.

Molds can be developed for different curbstone lengths, widths, heights, and cross-sectional profiles. Detailed drawings allow the tooling to match your intended product geometry.
Curb faces, slopes, rounded sections, and edge details are incorporated where technically suitable. Precision reproduction supports consistent profiles across finished units.
Product dimensions and cavity arrangements are reviewed against the machine working area and production requirements. This helps establish a suitable configuration for manufacturing curbstones on your equipment.
Illustrative material concept
Check block mould material traceability by linking agreed certificates, steel batch identification, component records and inspection evidence.
Read material guideIllustrative material concept
Review block mould steel selection through component loads, abrasion, machinability and material records before agreeing the specification.
Read material guide
HAWEN technical summary 2026-10-20
Review curbstone mold unit schedules with HAWEN for straight and special unit drawings. Confirm each profile, connecting detail and machine arrangement separately.