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Explore more product categories for outdoor enclosure, shading, screen doors, window screens, pergolas, and zip blind solutions for different market and project needs.
Smartex Screen Technical and Product Team | Insect Screen and Sun-Shading Product Development Team | Updated September 12, 2026
A retractable insect screen must be engineered as a system: mesh, cassette, guides, bottom rail, spring or drive, closure, and opening geometry have to work together. OEM buyers should approve drawings, production-representative samples, operating tests, packaging, and revision controls before moving from a concept to repeat orders.
Stiff fiberglass mesh is evaluated together with the cassette and guide system.
Define the retractable insect screen architecture first
“Retractable” does not identify one product. A window unit may roll vertically into a head cassette. A door screen may travel horizontally from a side cassette. Pleated products stack rather than wind, while powered outdoor systems have a different drive and safety scope. The request for quotation should name the operating direction, opening, mounting position, closure, intended user, and sales channel.
Architecture item
Information to define
Engineering consequence
Opening
Finished width, height, reveal, sill, obstructions, and out-of-square condition
Controls cassette length, guide alignment, mesh travel, and usable clearance
Operation
Vertical roll-up, horizontal pull, manual spring, or confirmed powered format
Changes force, hardware, service access, and test method
Fidélisation
Guide geometry, edge treatment, spline, zipper, brush, or other specified method
Affects gap control, tracking, and resistance to accidental disengagement
Closure
Bottom rail, handle, latch, magnet, or lock
Determines user action and repeatability at the closed position
Supply format
Finished unit, semi-assembled kit, components, or mesh roll
Sets assembly responsibility, instructions, packaging, and quality gates
Match mesh stiffness to the winding path
Mesh stiffness helps a screen stay flat while crossing an opening and entering its guides. Too little stiffness can allow folding or tracking problems. Too much stiffness can increase winding diameter, resist tight cassette geometry, or change the force felt by the user. Thickness, yarn, coating, edge condition, and roll memory therefore have to be checked in the actual system.
Compared with retail listings that describe any roll-up screen as a single category, an OEM specification should link the fabric code to the cassette, guide, spring setting, opening size, and approved sample. A mesh result from one system must not be transferred to another cassette without validation.
Smartex stiff screen options
Smartex Fiberglass Stiff Screen is presented for roller and retractable window or door systems. The public product information shows several model-specific examples rather than one universal specification:
Displayed construction
Maille
Yarn diameter
Finished thickness
OEM question
Standard Stiff
18 × 16
0.28 mm
0.27–0.28 mm
Does it wind cleanly and stay retained in the selected guides?
BetterVue Stiff
18 × 18
0.23 mm
0.20 mm
Does the visibility target match the required handling and retention?
PET BetterVue Stiff
20 × 20
0.20 mm
0.20 mm
Has this material been validated in the exact door or window format?
The same page displays roll widths from 0.4 m to 3.2 m and multiple roll-length options. These values must stay attached to the relevant product code and order confirmation. They do not establish the maximum opening, wind rating, cycle life, or service life of a complete retractable screen.
Create a controlled opening drawing
A nominal width and height are not enough for engineering. Measure width at the top, center, and bottom; measure height at both jambs and the center. Record reveal depth, sill slope, handles, locks, trim, drainage paths, and any surface that can interfere with the cassette or guides.
Define whether dimensions refer to the structural opening, finished opening, or finished product.
Mark cassette, guide, bottom rail, fastener, handle, and service-access positions.
State the allowed out-of-square condition and installation adjustment.
Assign a drawing revision and connect it to the sample and carton label.
Confirm the installer’s measurement and fixing responsibilities in the instructions.
A common mistake is designing around one ideal opening. An OEM sample should also be fitted to the minimum and maximum approved dimensions, including the permitted alignment variation.
Prototype and sample-approval sequence
Start with a specification sample of the selected mesh, then move to a functional screen using production-representative profiles, hardware, and assembly methods. The functional sample should be installed in a fixture that represents the intended opening. Record every deviation from the drawing before the next sample revision.
Mesh review: construction, color, thickness, stiffness, edge condition, winding direction, and roll identification.
Fit review: cassette seating, guide parallelism, bottom-rail clearance, closure, and service access.
Operation review: opening force, closing force, travel, stop positions, noise, and recovery after partial release.
Sample approval should identify the model, revision, materials, colors, dimensions, packaging, and inspection criteria. A photo alone is not a complete approval record.
Build a repeatable cycle-test method
Cycle life cannot be stated without a test definition. Record the opening dimensions, orientation, cassette, mesh, spring or drive setting, guide condition, installation angle, operating speed, cycle definition, inspection interval, and acceptance limits. Inspect travel, closure, force, gaps, coating condition, creasing, edge retention, and hardware wear.
Test at least one unit from a production-representative build. If the system is sold in several sizes, select samples that challenge the travel length and geometry rather than assuming the smallest unit represents the range. Any change to mesh, profile, guide, spring, fastener, or closure should trigger a documented review of the affected tests.
Visibility, airflow, and insect exclusion
Mesh count, yarn diameter, color, and coating influence the visual opening and air movement. A finer construction may target smaller insects, while another construction may prioritize visibility. The decision should be demonstrated in the installed screen under representative light and ventilation conditions.
Avoid absolute descriptions such as “invisible” or “100% insect proof.” Gaps can also occur at the cassette, sill, guide, corners, or closure. The window screen mesh specification guide explains how mesh construction and roll format affect sourcing decisions.
Packaging and replacement-part planning
Long profiles, finished corners, mesh edges, and spring-loaded components need protection from bending and impact. The package should separate loose hardware, identify the opening direction, show the finished size or fit range, and use instructions that match the supplied revision. For e-commerce programs, confirm the outer carton, internal supports, label position, and return-risk points with a packed sample.
Define which items can be replaced: mesh, bottom rail, handle, latch, guide, brush, end cap, fastener set, or complete cassette. Keep replacement parts tied to the model revision. This reduces the risk of supplying a visually similar component that does not fit.
Commercial controls for an OEM program
Smartex supports mesh customization, screen-system development, CAD and 3D design, prototypes, molds, aluminum-profile development, packaging, multi-language instructions, private labels, quality inspection, and export coordination. Published timeline guidance varies with customization, molds, materials, packaging, and sample approval, so the confirmed schedule belongs in the quotation and project plan.
Prices are quotation-based. Send the opening drawing, architecture, target size range, mesh preference, finish, testing requirements, packaging format, expected quantity, destination market, and approval schedule. This gives the supplier enough information to separate standard configuration from new engineering work.
Retractable insect screen approval checklist
Architecture, opening direction, mounting, closure, and service access.
Opening dimensions, tolerances, obstructions, and drawing revision.
Mesh code, count, yarn, thickness, coating, color, width, and lot control.
Cassette, guides, rail, spring or drive, fasteners, seals, and replacement parts.
Functional sample, cycle-test method, inspection limits, packaging, instructions, and labels.
FAQ
Can any insect mesh be used in a retractable insect screen?
No. The mesh must be tested for thickness, stiffness, winding behavior, guide compatibility, edge retention, visibility, and airflow in the intended system.
What measurements should an OEM buyer provide?
Provide width and height at three points, reveal depth, sill condition, obstructions, mounting surfaces, operating direction, and the allowed out-of-square condition.
How should cycle life be compared?
Compare only results produced with a defined cycle, opening, orientation, mesh, cassette, guide, drive setting, inspection interval, and acceptance criteria.
Does a fabric compliance claim cover the complete screen?
No. A material document applies only to its stated scope. The complete screen includes profiles, hardware, finishes, fasteners, packaging, and other components that may need separate evidence.
Does Smartex publish a standard retractable-screen price?
No universal price applies. The quotation depends on configuration, dimensions, mesh, profiles, hardware, finish, packaging, quantity, tooling, and delivery terms.
To discuss a retractable insect screen OEM program, send your drawing, opening range, operating direction, mesh target, sample tests, packaging, quantity, and destination through the Page de demande de renseignements sur Smartex Screen.
About the author: L'équipe technique et produit de Smartex Screen accompagne ses clients B2B internationaux dans le choix des toiles de projection, le développement de systèmes de projection finis, la personnalisation des matériaux, la réalisation d'échantillons et de prototypes, le conditionnement, la production en marque de distributeur, le contrôle qualité et la coordination des exportations.