TECON manufactures concrete formwork and shuttering solutions for projects ranging from single family residential builds to large scale civil engineering works. Our product lineup covers wall, column, beam, and slab applications, alongside modular setups and advanced climbing systems for high rise structures. We support these systems with diverse material options including steel frames, aluminum panels, H20 timber girders, and plastic boards.
Material selection depends entirely on your specific site requirements. Steel formwork maximizes reuse cycles and durability for heavy commercial and infrastructure jobs. Aluminum formwork reduces overall panel weight to speed up cycle times on highly repetitive layouts. For casting custom concrete geometries, timber formwork offers cost effective flexibility. Additionally, plastic formwork provides a completely lightweight solution for sites that rely heavily on manual handling.
Explore our systems by structural function or raw material below. You will find complete dimensional specifications, load capacity tables, and step by step assembly guides on every individual product page.
Formwork selection starts with the structural element. Wall formwork handles vertical pours from foundation walls to core walls in high-rise.
Frame and facing material determine panel weight, surface finish, and reuse cycles. Select a material below to explore system specifications and product lineups.
TECON manufactures a full spectrum of concrete forming solutions, including wall, column, slab, beam, modular, and custom engineered formwork for bridges, dams, and complex high-rise structures. System materials cover structural steel, aluminium alloys, engineered plastics (TP60), and phenolic-faced timber variants.
Selection depends on structural loads and site handling: Heavy-duty steel provides maximum concrete pressure resistance for heavy infrastructure; aluminium provides high strength-to-weight ratios for crane-independent high-rise builds; plastic (TP60) offers modular, hand-set operation for low-rise walls and residential footings.
Pricing is calculated per square meter based on material composition, pressure rating (kN/m²), structural complexity, and overall supply scope. Total project costs are determined by primary structural parameters and the targeted reusability rate per cycle.
Standard replacement components and hardware carry container-level component MOQs. Complete, project-specific formwork sets and custom-engineered structures are produced per tailored technical specifications without standard volume constraints.
Ocean freight charges are computed based on container type (20ft/40ft HQ), total shipment volume, destination port tariffs, and current shipping market indices. Volumetric efficiency is maximized via customized container loading layouts.
Yes. Primary tie rods, alignment clamps, H20 profile heights, and connection points conform to standardized European dimensions, allowing direct mechanical integration with standard international system components.
Engineering services supply structural panel layout drawings, tie-rod stress calculations, detailed bill of materials (BOM), and multi-stage pouring cycle schedules derived directly from project structural blueprints.
Systems comply with international engineering codes including EN, AS, ANSI, and IIW standards. Standard deliveries include factory load-test verification, raw material mill certificates, and structural compliance documentation.
Sample panels and trial sets are available for structural, surface finish, and mechanical assembly evaluation. Factory quality control inspections cover pre-dispatch physical testing and full-scale trial assembly checks.
Formwork systems carry a 12-month standard manufacturer warranty covering material defects and structural welding integrity under correct operating parameters, supported by standardized structural replacement parts.
Tell us your project type, pour height, and approximate formwork area. We’ll return a system recommendation with pricing and lead time within 24 hours.