SEED

Engineering and product development.

SEED Labs brings in-house design, formulation and prototyping together. Programmes have different stages of development, from exploratory concepts to products and completed plant projects.

Panel systems: exploring the core.

The programme explores light straw clay as an alternative core within a concrete insulated panel system. This work was a finalist in the UNIDO Global Cleantech Innovation Programme, Pakistan, in 2017.

Replacing a core changes the system that must be assessed. Structural, thermal, moisture and fire performance require design and testing for the intended application.

Concrete face
Reinforcing mesh
Insulating core under evaluation
Reinforcing mesh
Concrete face
Conceptual assembly, not a construction detail or a statement of structural equivalence.

Research and delivery record.

Light straw clay panel core

Demonstrated programme · GCIP finalist, 2017

An alternative-core research programme. Application-specific performance and approvals must be established before specification.

CLC mix development

Documented methodology · Plant commissioned, 2022

The 2026-04-28 insulating-screed methodology specifies hardened density below 600 kg/m³ and 28-day compressive strength above 1.75 MPa, with test methods including ASTM C567 and C495. These are targets for that methodology, not independent certification or performance claims for every CLC product.

CLC plant project

Construction-chemical formulations

Product range · SEED Chemicals

Cementitious grouts, dry mixes and waterproofing formulations. TENSYL is a construction-chemical brand from SEED Chemicals.

Explore TENSYL

LATTIX space-frame systems

Development programme

Ball-node space-frame systems for large-span roofs. Discuss project requirements, supply arrangements and programme readiness with the team.

View LATTIX

Protective structures, designed and fabricated in-house.

SEED Defence and SEED Design work on protective doors and hardened structures. Design and fabrication capability is separate from certification of a particular assembly or rating.

Engineering model of a protective door and frame
Engineering model.
Retouched photograph of the installed door with visualised surrounding finishes
Retouched project photograph; surrounding finishes visualised.
Discuss protective structures

In-house design and formulation.

SEED Design provides in-house engineering for the group's development programmes. Formulation and material-testing work supports mix development, prototypes and project specifications.

Before a product is specified, the relevant design basis, test records, application limits and supply status need to be reviewed for the project.

Explore the design capability

Discuss your requirements.

Contact the relevant SEED team