Built from the right material.
Membrane, shade fabric, structural steel and protective finishing systems — presented as one clear material-selection page for Saudi projects.
ARCHITECTURAL MEMBRANEFABRIC SYSTEMReplace with original Car Parking Shades Riyadh material / project photo
STRUCTURAL STEELPROTECTED FOR THE PROJECTFour families. One complete shade system.
Instead of repeating the same technical points in multiple sections, the page groups materials by their actual role in the project.
ADD ORIGINAL PVC / PVDF / PTFE PHOTOPVC / PVDF & PTFE
For tensile and architectural shade applications. Final specification should follow the selected manufacturer’s verified technical documentation.
EXPLORE MEMBRANES →
ADD ORIGINAL HDPE / PE PHOTOHDPE & Polyethylene
Document shade factor, UV information, GSM, tensile properties, colour and approved application.
ADD ORIGINAL STEEL PHOTOStructural Steel
Project-specific steel grade, sections, connections and fabrication requirements.
ADD ORIGINAL FINISH PHOTOGalvanizing & Coating
Record the selected corrosion-protection, surface preparation, coating and colour system.
What actually gets checked?
One focused verification block replaces the repeated technical lists from the first draft.
Start with the project. Then choose the system.
These are selection pathways, not fixed specifications. Final material choice remains subject to engineering, project requirements and approval.
Parking Shade Systems
Compare membrane or shade-fabric systems against the actual project requirement.
REVIEW OPTIONS →Industrial Canopies
Prioritize specification, documentation, environment and structural protection.
REVIEW OPTIONS →Large Coverage Areas
Review coverage, fabric performance, structure and project documentation.
REVIEW OPTIONS →Architectural Applications
Coordinate membrane appearance, steel finish and site-specific requirements.
REVIEW OPTIONS →Start with use, exposure and project specification.
From steel selection to fabrication-ready structure.
A concise workshop journey covering material selection, fabrication, fit-up and readiness for the selected protection and finishing system.
Steel Selection
Verified grade, sections and project-specific material requirements.
Cutting & Preparation
Controlled cutting, drilling and component preparation from approved drawings.
Fit-Up & Welding
Workshop assembly, alignment and welding before the protection system is applied.
Ready for Protection
Fabricated components prepared for galvanizing, paint or powder-coating as specified.
From prepared steel to the approved final colour.
Car Parking Shades Riyadh coordinates the protection and finish system around the project specification, steel condition, exposure, required appearance and approved coating documentation. The exact system, number of coats and DFT remain project-specific.
Prepare the substrate
Cleaning, smoothing and the specified surface preparation are completed before the coating system is applied. Correct preparation is essential for coating adhesion and performance.
PROJECT CONTROL · PREPARATION METHOD TO APPROVED SPECIFICATIONPrime for protection & adhesion
The approved primer is applied to the properly prepared steel where required by the selected paint system. Primer selection depends on substrate, environment and compatible topcoats.
COATING SYSTEM · APPROVED PRIMER / MANUFACTURER DATAEpoxy / specified coating system
For specified liquid-coating systems, an epoxy or other approved protective layer may be used before the final finish. Coat build and sequence follow the approved project system.
QUALITY CONTROL · WFT / DFT AS REQUIRED BY SPECIFICATIONControlled powder application
Where powder coating is selected, prepared components receive the specified powder and curing process to achieve a durable, uniform architectural finish.
FINISH CONTROL · COLOUR / TEXTURE / CURE REQUIREMENTSGalvanizing with optional colour finish
Hot-dip galvanized steel may be used as the corrosion-protection system. When a coloured duplex finish is specified, the galvanized surface requires the correct preparation before paint or powder coating.
DUPLEX SYSTEM · SUBJECT TO PROJECT & COATING SPECIFICATIONApproved colour & finish
Colour, visual consistency and specified coating checks are reviewed before release. Physical samples and manufacturer colour references should be used for final approval.
FINAL RELEASE · APPROVED SAMPLE / PROJECT REQUIREMENTSChoose the architectural character.
Indicative digital palette for design discussion only. Final colour must be confirmed against an approved physical RAL / manufacturer sample because screen colours can vary.
Choose protection, colour and finish in three steps.
This can later become an interactive selector on the live website.
Finish selection becomes a controlled project decision.
How the approved coating system is built up.
A visual layer guide for consultant and client review. Exact primer, intermediate coat, topcoat, DFT and curing requirements remain subject to the approved project specification and coating manufacturer documentation.
Prepared steel → approved primer → specified protective / intermediate coats → final topcoat.
Prepared substrate → pretreatment → powder application → curing → inspection.
Fabricated steel → hot-dip galvanizing → inspection → optional compatible duplex colour finish if specified.
Use only the approved repair method and compatible product defined for the selected system.
Evidence behind the material.
Keep each document tied to the exact proposed manufacturer and material system.
Protect the finish after installation.
Final maintenance and repair guidance should follow the selected coating manufacturer, exposure conditions and project handover requirements.
Have a specification, drawing or BOQ?
Share the available project information. The material proposal can then be prepared around the actual requirement instead of a generic material choice.