SerPlywood provides engineered plastic formwork boards, offering technical clarity, cost efficiency, and reliable international supply for modern construction projects.
Every project faces different static loads. We recommend board thicknesses and joist arrangements matched to your concrete geometry.
Beyond initial purchase price, we evaluate reuse count, minimal release agent, plastering elimination and scrap value.
Pallet quantities, sheet weights, freight and unloading conditions are fully transparent from day one.
SerPlywood boards feature exclusively engineered vertical cellular chambers, offering superior stiffness-to-weight performance.
Scaffolding decks, light wall formwork, precast and site flooring.
Direct 1:1 replacement for birch plywood in slabs, walls and columns.
Heavy engineering, bridges, viaducts and mega infrastructure projects.
SerPlywood panels are extruded on continuous automated lines, backed by in-line ultrasonic gauging and batch-wise mechanical flexural testing.
500,000+ m² annual capacity with automated raw material compounding and state-of-the-art extrusion lines.
100% virgin polypropylene vertical honeycomb rib forming ensuring peak flexural stiffness.
Hydrostatic pressure simulation and deflection limit verification on every production batch.
Automated line-end robotic palletizing, protective strapping, and zero-defect packaging for global shipments.
SerPlywood formwork solutions are engineered under the unified leadership of architectural planning, civil structural calculations, and interior architectural detailing.
Oversees architectural panel distribution, minimum-waste layout planning, quantity takeoff analysis, and project technical specifications.
Directs fresh concrete lateral pressure modeling, H20 beam spacing calculations, permissible deflection limits (< L/500), and jobsite load testing.
Oversees SB3 fair-faced concrete surface aesthetics, plaster-free finish standards, chamfer strip joint detailing, and grout-tight sealing.
Traditional timber plywood absorbs moisture, rots, and delaminates after a few pours, driving up site overheads. SerPlywood delivers an engineered formwork solution built to eliminate repetitive timber procurement and deliver predictable cost per pour.
We maintain a strict single-standard specification: 100% Virgin Polypropylene (PP) with an engineered Vertical Honeycomb Core. Without solid PVC fillers or foam cores, our vertical cellular rib design achieves maximum flexural stiffness at minimal dead weight, resisting hydrostatic concrete pressures effortlessly.
All quotation reviews, quantity takeoffs, and technical specification advisories are directed under our founding team (İdris YAĞMAHAN / Architect, Celalettin YAĞMAHAN / Civil Engineer, and M. Furkan YAĞMAHAN / Interior Architect) to deliver tailored engineering solutions for every concrete structure.
We provide technical specification drafting, deflection calculations, and sample verification for institutional tenders and international infrastructure projects.
Common questions regarding board selection, reuse cycles, technical parameters, and global delivery.
SerPlywood is the registered brand of CFY Engineering Ltd., delivering high-performance polymer formwork boards backed by engineering support, transparent pricing, and structured global logistics.
Quotation, technical specifications, and project evaluation are led by our Senior Architect, Mr. İdris YAĞMAHAN.
Our headquarters is located in Maltepe, Istanbul, Turkey. Logistics and distribution hubs operate along Istanbul major transit highways with easy port access.
With high-capacity automated production lines and regular buffer inventory, we ensure continuous supply for major infrastructure projects and international export shipments.
Yes. SerPlywood boards are made of 100% recyclable thermoplastic polymers. After completing their extensive service life, they can be reground and recycled, leaving zero timber deforestation impact.
Share your required board dimensions, thickness, estimated quantity and delivery destination for a clearly scoped quotation.