Production scenarios and design basis
T-girder moulds are developed for precast factories and project casting yards serving highway, viaduct and related bridge works. The mould arrangement starts with the approved T-section, girder length range, reinforcement and embedded-item layout, prestressing method, casting sequence and component-handling plan.
Is this mould relevant to your project?
This mould type may be relevant when:
- Approved T-girder sections and length variants define a repeat production family
- Prestressing, embedded items or replaceable end details affect the mould layout
- Side-form opening must protect the flange, web and concrete edges during demoulding
- The mould must fit an existing casting bed, lifting plan and yard workflow
Configuration directions
| Configuration direction | When it may be considered | Main review focus |
|---|---|---|
| Conventional bottom, side and end forms | Crane access and a direct opening sequence are available | Panel division, locking, supports and demoulding clearance |
| Mechanical or hydraulic side-form movement | Larger side forms or repeated cycles require assistance | Moving mass, stroke, synchronization, safety and maintenance |
| Movable or station-based arrangement | The production plan uses defined stations or mould transfer | Rails, foundations, utilities and handling interfaces |
Product performance and engineering features
- Bottom, side and end forms configured to the approved T-girder geometry
- End forms or inserts reviewed for an approved family of related lengths
- Interfaces for reinforcement, prestressing, embedded items and lifting provisions
- Conventional, mechanical, hydraulic or movable operation selected for the production task
- Access for preparation, concrete placement, vibration, inspection, cleaning and maintenance
Final component tolerances and acceptance criteria remain subject to the approved project documents, production controls and applicable standards.
Required project inputs
Approved girder drawings, beam schedule, length range, target casting cycle, dimensional tolerance basis, prestressing information, concrete placement and curing methods, yard layout and handling plan.
About Realjet
Realjet develops project-specific equipment for precast concrete production. The agreed scope can connect mould engineering, steel fabrication, mechanical or hydraulic integration, workshop assembly, production-line interfaces, installation support and commissioning.
