How ELITEX (Dezhou) Uses High-Density Weave & Nano-Coat Tech to Break Sunscreen Fabric Limits.

Engineering Analysis of High-Density Double-Layer Weave and Nano-Coat Technology

CALIFORNIA, CA, UNITED STATES, September 1, 2026 /EINPresswire.com/ -- Elitex (Dezhou) Co., Ltd., a vertically integrated producer of sunshading fabrics, has placed high-density double-layer weaving and nano-scale coating at the center of its sunscreen fabric development. The company is based in Dezhou, Shandong Province, and was established in 2003. Its factory area covers 85,000 square meters and employs 259 people. According to company data, Elitex has an annual output of 8 million square meters of screen fabrics and 7.2 million square meters of blockout fabrics. Around 80 percent of production is exported to the United States, the European Union, Australia, Southeast Asia and the Middle East.


This article reviews the main technical features of Elitex's screen fabrics, identifies the performance claims that matter for procurement teams, and places the product line within the wider market for solar shading textiles.


Market Context: Energy Efficiency and Shading Textiles

The global fabric solar shading systems market is valued at approximately USD 1.35 billion in 2026 and is projected to grow to USD 2.14 billion by 2035, according to Reports and Data. Grand View Research places the outdoor fabric market at USD 13.41 billion in 2024, with acrylic materials accounting for 39.7 percent of revenue. These figures indicate that fabric-based shading is no longer a niche building product; it is now part of the broader energy-efficiency material market.

In Europe, EN 14501:2021 provides a common classification for thermal and visual comfort performance of solar protection devices, ranking products on a 0–4 scale. In North America, fire-retardancy requirements and green building certifications such as LEED and WELL influence fabric specification. The combination of these drivers explains why manufacturers are investing in coating technology and material formulation rather than simply increasing fabric density.


Company Position and Manufacturing Base

Elitex describes itself as an international company focused on fabrics for the blind and awning industry. Its product collections cover sunscreen, translucent, blackout and specialized fabrics. "Since its establishment in 2003, Elitex has been synonymous with high quality products and services," the company states in its corporate profile. The profile also describes purpose-built laboratories and quality-control procedures that monitor production.

The manufacturing base in Dezhou includes a reported engineering team of 36 engineers, a factor that is relevant to OEM and custom-development discussions. For buyers, the presence of an engineering team and in-house testing capability reduces the risk of specification errors when a fabric must meet a particular fire standard or dimensional requirement.


Weave Architecture: Density, Openness and Dimensional Stability


The first functional layer of a screen fabric is its weave. Elitex's technical documentation describes a high-density double-layer weave using 100 percent polyester yarns. The inner layer is said to reach a density of 180 to 220 yarns per inch, a structure that blocks at least 99.5 percent of light before any coating is applied. The fabric is described as pinhole-free, an important detail for roller blinds installed in rooms where any light leak is visible.

Openness, defined as the percentage of open area in the fabric, controls the balance between outward visibility and solar protection. Elitex offers openness levels of 1, 3, 5 and 10 percent across its plain, basket, twill, jacquard and textured weaves. Basket weave is offered in fine and coarse yarn versions. According to company documentation, coarse basket weave is more suited to exterior wind-resistant screens, while fine plain weave is often used in interiors where privacy is a priority.

Heat setting is applied after weaving to lock the fabric width and prevent distortion after installation. The company reports shrinkage of less than 0.5 percent under ISO 6330 washing tests. For blind manufacturers, this dimensional stability is a precondition for using a fabric in wide-width roller blinds without sagging or edge curling.


Coating Systems: Two Technical Routes

Elitex's coating strategy follows two parallel routes: a water-based acrylic route and an aluminized reflective route.

The water-based acrylic coating is described as PVC-free and nano-scale. It is applied with knife-coating and paste-coating lines, in two to three passes, and is designed to penetrate the weave structure rather than sit on the surface. The company states that the multi-layer coating achieves a light-blocking rate of more than 99.9 percent, with a matte finish that reduces glare. Delamination, a common failure mode in coated sunscreens, is addressed by the penetration of the coating into the fabric structure.

The aluminized route is represented by the Aluminized Silver Screen series. According to product specifications, the fabric has a reflectivity of at least 85 percent, a solar heat gain coefficient of 0.2 or less and an openness range of 3 to 5 percent. Standard widths are 2000 mm to 3000 mm. These parameters place the fabric in the same performance category as high-reflective solar screens used in commercial buildings and spaces with high cooling loads.

The coating choice influences more than solar performance. For indoor environments, a low-glare matte surface is needed to avoid uncomfortable reflections. For exterior fabrics, coating adhesion and weathering resistance become the limiting factors. Elitex states that after 1,500 hours of accelerated aging following ISO 4892-2, its fabrics retain 95 percent of initial tensile strength.


Material Science: PVC-Coated and PVC-Free Tracks

Material composition is the third pillar of the company's product strategy. Elitex offers both PVC-coated polyester and PVC-free constructions.

In the PVC-coated track, company documentation cites the EB5115 series as a close-weave fabric with 75 percent PVC and 25 percent polyester, a thickness of 1.0 mm and a weight of 690 gsm. The Spectrum aluminized range uses 76 percent PVC, 22 percent polyester and 2 percent aluminum coating. These figures are useful for engineers who need to calculate fabric weight on a window covering system and for installers who need to confirm that the fabric has enough stiffness for vertical or roller applications.

In the PVC-free track, the ScreenView Pure 8480 series is described as 100 percent polyester and completely free of PVC. The Dusk Plus blockout series is also 100 percent polyester with an acrylic coating. For projects subject to VOC limits or stricter environmental disclosure, PVC-free fabrics are increasingly specified. Elitex says its products are antimony-free and halogen-free, and it holds GREENGUARD GOLD, GREENGUARD, OEKO-TEX Standard 100 and Cradle to Cradle Certified, according to company information.

From a sourcing perspective, PVC-free materials are rarely a single product type. They include clear-view coatings, daylight transparent fabrics and fully opaque blockouts. Elitex's strategy of keeping both tracks in the same product family gives buyers an incremental path: if a project cannot accept PVC, the same weave family can often be supplied in a polyester/acrylic construction.

Product Range: From Budget Screen to High-Reflective Aluminized Fabric


Elitex groups its catalogue into Screen, Blockout and Light Filter families. Three product lines illustrate the range.

The Elitex Super 6 series is positioned as a budget-oriented screen fabric. It is made from 100 percent polyester and is available in basket or twill weaves, with openness options of 1, 3, 5 and 10 percent. Standard widths are 2000 mm and 2500 mm, and the series is offered in over 20 colors. For hospitality and residential projects, this series supports a range of daylighting choices at a cost-conscious entry point.

The Aluminized Silver Screen series is the performance option. Its reflectivity of at least 85 percent and solar heat gain coefficient of 0.2 or less make it a candidate for façade shading and high-solar-gain locations. The width range of 2000 mm to 3000 mm allows use in large-scale commercial openings. The aluminum coating is said to reflect up to 85 percent of infrared radiation, a figure that directly supports energy-modeling calculations.

The Blockout Dusk Plus series is designed for spaces requiring total darkness. It is a 100 percent polyester fabric with an acrylic coating, available in widths of 89 mm, 100 mm, 127 mm, 2000 mm, 2500 mm and 3000 mm. The company states that the fabric achieves 100 percent opacity without pinholes and has dimensional stability within plus or minus 0.5 percent. These parameters matter in home theaters, project rooms and bedrooms where conventional sunscreens are not dark enough.

There is also a light-filter family that is not always described in the same detail. Elitex's profile mentions translucent fabrics, suggesting that the company is not limited to high-opacity products. For specifiers, the distinction between screen, translucent and blockout is an essential first filter: each answers a different solar-control problem.


Certification and Compliance

Fire performance is one of the most common reasons for disqualifying a screen fabric in a construction project. Elitex lists compliance with California Title 19, NFPA 701-2015 Method 1, BS5867-2 Type B, China B1, Germany B1, France M1, AS1530-2/AS1530-3 and EN 13773 Class 1. Because one fabric can carry several national classifications, it can be sold into multiple export markets without re-costing.

Colorfastness is covered by ISO 105-B02-2014, with Elitex citing grades of 6 to 7. For outdoor fabrics, colorfastness affects both aesthetics and warranty performance. The combination of UV stabilizers and nano titanium dioxide is mentioned in company documentation as the mechanism for extending outdoor life.

Water resistance is tested with a spray rating of ISO 5, according to company information. This is a secondary parameter for indoor screens but more relevant for exterior roller blinds and awnings where rain can wet the fabric surface.


Selection Considerations for Buyers

For procurement teams, the main selection criteria for screen fabrics can be summarized as follows:

Openness: A 1 to 3 percent openness gives a darker view and lower solar transmittance; a 5 to 10 percent openness gives better outward visibility but less heat rejection. Room function determines the right balance.

Coating: Aluminized coatings reduce solar heat gain but can change the visible color and gloss. Water-based acrylic coatings are better for glare control and indoor air quality.

Fire standard: The required standard depends on the project jurisdiction. A single fabric that meets multiple standards reduces inventory complexity.

Dimensional stability: Shrinkage and width tolerance affect fabrication of wide roller blinds. A reported shrinkage below 0.5 percent is a practical threshold.

Environmental compliance: GREENGUARD GOLD and OEKO-TEX Standard 100 are commonly accepted in green building projects. PVC-free construction may be required in healthcare and education interiors.

These considerations are general industry knowledge; in a specific project, they must be tested against the actual product data sheet.


Market Impact and Outlook

The broader effect of Elitex's technical direction is to shift competition from simple fabric weight to measurable performance parameters. The solar heat gain coefficient of 0.2 or less for the aluminized range, for example, gives energy consultants a number that can be used in façade calculations. A 99.9 percent light-blocking rate gives audio-visual designers a starting point for blackout specifications.

Market data suggests that this segment will continue to expand. The global fabric solar shading systems market is expected to grow from USD 1.35 billion in 2026 to USD 2.14 billion in 2035. The antimony-free polyester market is projected to reach USD 1.07 billion by 2030, according to MarketsandMarkets, driven by EU REACH and FDA regulations on heavy metals. These trends point to a growing demand for materials that are both high-performance and chemically transparent.

Elitex's ability to combine dense weaving, reflective coating and multiple certifications gives it a position in that demand stream. The next step for the company will be to demonstrate that the parameters published in its technical documentation can be delivered consistently across large production batches, and that the environmental claims are supported by third-party audits.

Mr. George Zhao
ELITEX (DEZHOU) CO., LTD
+ +64 211220437
georgezhao@eliteweaving.com
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