Acrylic coated fiberglass fabric, is created by uniformly applying a specialized acrylic finish to a premium E-glass fiberglass cloth, resulting in a robust material that combines mechanical strength, thermal stability, and flame-retardant performance. Offered in weights ranging from 100 to 3000 g/m² (2.95–88.50 oz/yd²) and thicknesses of 0.1 to 3.0 mm (0.0039–0.118 in), this acrylic coated fabric caters to diverse industrial demands, with heavier weights generally delivering enhanced tensile and tear strengths for prolonged service life in harsh environments.
The acrylic coated fiberglass fabric helps reduce fraying and simplifies fabrication processes like cutting, sewing, and hole punching. Meanwhile, the fiberglass substrate tolerates short-duration temperature peaks up to 550°C (1,022°F), with a recommended continuous operating range of 150–200°C (302–392°F)—ideal for high-heat applications. Certified under UL94 and NFPA 701, this acrylic coated fabric meets stringent fire-safety standards while offering excellent chemical resistance and dimensional stability. From welding blankets and fire blankets to insulation pads and protective covers, acrylic coated fiberglass fabric delivers dependable, long-lasting performance across multiple industry sectors.
Starting with a carefully woven E-glass base cloth, this acrylic coated fiberglass fabric is enhanced by applying an acrylic coating to both sides, which increases surface durability, minimizes fiber shedding, and improves chemical resistance. The result is a coated fiberglass fabric that effectively seals the edges, ensuring that cutting and subsequent fabrication produce neat, fray-free components.
Beyond its ease of handling, acrylic coated fabric excels in resilience to oils, solvents, and other industrial substances, making it suitable for harsh environments. Under typical usage conditions, it can comfortably operate at 150–200°C (302–392°F) and endure brief exposure to higher temperatures—up to 550°C (1,022°F)—such as during sparks or other short bursts of intense heat. Its mechanical performance, verified by tensile strength ratings of 1,500–2,500 N/5 cm (approximately 337–562 lbf/2 in) and tear strengths of 100–200 N (about 22–45 lbf), underlines its longevity and ability to withstand repeated use in challenging conditions. Heavier or thicker coatings generally offer greater durability but may slightly affect flexibility, allowing buyers to select the right balance of strength and handling for their specific applications.
Whether employed as fire blankets, welding curtains, or insulation barriers, this acrylic coated fabric offers flame-retardant properties validated by UL94 and NFPA 701. Additionally, the smooth, anti-adhesive surface repels dust and allergens, promoting a cleaner workspace. All these attributes make it a versatile, high-performance textile solution suitable for advanced industrial applications that demand both durability and compliance with strict safety standards. Furthermore, acrylic coated fiberglass can be adapted to manufacture specialized products where heat and chemical resistance are critical.
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Abrasion-Resistant & Durable: Withstands rough handling in challenging industrial and commercial environments, extending product life.
Reduced Fray & Clean Edges: The acrylic coating locks fibers in place, minimizing unraveling during cutting or machining.
Chemical & Oil Resistance: Maintains structural integrity when exposed to industrial solvents, oils, and mild chemicals.
Thermal Stability & Flame Retardance: E-glass core provides heat protection; acrylic coating helps meet critical fire-safety requirements.
Customizable & Versatile: Available in multiple thicknesses, widths, and colors to align with varied OEM and end-user needs.Heavier weight variants increase tensile and tear strength, ideal for severe or high-wear environments.
We recognize that each application presents unique performance demands, so our engineering team offers:
For detailed data sheets, material samples, or a consultation on incorporating acrylic coated fiberglass fabric into your operations, please contact our sales and technical team. We commit to delivering reliable, certified, and high-quality industrial textiles tailored to your specifications.
Property | Test Method | Metric | Imperial | Notes |
Weight | ASTM D3776 | 100–3000 g/m² | 2.95–88.50 oz/yd² | Surface treatment: Acrylic Acid Coating. Heavier weights typically yield higher mechanical strength. |
Thickness | ASTM D1777 | 0.1–3.0 mm | 0.0039–0.118 in | Varies based on coating thickness & fabric weight; influences flexibility and durability. |
Width | - | 1–2 m (customizable) | 39–79 in (approx.) | Other widths available upon request. |
Weave Type | - | Twill Woven | Twill Woven | Alternative weave types may be offered as needed. |
Yarn Type | - | E-glass | E-glass | Alkali-free; suitable for high-temperature applications. |
Tensile Strength (Warp/Weft) | ASTM D5035 | 1,500–2,500 N/5 cm | ~337–562 lbf/2 in1 | Range varies by weight & coating thickness; stronger fabrics for heavy-duty applications. |
Tear Strength (Warp/Weft) | ASTM D5733 | 100–200 N | ~22–45 lbf | Reflects standard trapezoid tear testing; heavier coatings improve tear resistance. |
Recommended Continuous Temperature | In-House/Various | 150–200°C | 302–392°F | Coating-limited; consult engineering for specific conditions. |
Peak Temperature (Short-Duration/Flash) | In-House/Various | Up to 550°C | Up to 1,022°F | Suitable for brief heat bursts. |
Temperature Range (Ambient Use) | - | -30°C to 80°C | -22°F to 176°F | Standard use; may vary with application. |
Processing Service | - | Cutting, Sewing, Punching | Cutting, Sewing, Punching | Acrylic coating helps reduce fray for cleaner edges. |
Color | - | Customized | Customized | Wide array of colors offered to match branding or safety coding. |
Function | - | Fire Blanket, Welding Blanket, Heat Insulation Glove, Protective Covers | Fire Blanket, Welding Blanket, Heat Insulation Glove, Protective Covers | Common applications across multiple industries. |
Certification | Third-Party Lab | UL94, NFPA 701 | UL94, NFPA 701 | Confirmed flame-retardant properties for safety-critical applications. |
Applicable Standards | - | Referenced: ASTM D3776, D1777, D5035, D5733 | Referenced: ASTM D3776, D1777, D5035, D5733 | In-line testing ensures consistent product quality. |
Conversion note: 1 N ≈ 0.2248 lbf, and 5 cm ≈ 2 in. Values are approximate.
Specification | Gram Weight | Thickness | Color |
(g/m2) | (mm) | ||
HK200P-AC210-3002 | 205 | 0.2 | White |
HK430C-AC210-3003 | 437 | 0.4 | White |
HK600C-AC211-3004 | 610 | 0.6 | Green |
HK800C-AC212-3006 | 810 | 0.75 | Blue |
THK816P-AC236-3009 | 966 | 1.15 | Black |
THK680P-AC236-3012 | 816 | 0.8 | Yellow |
HK430C-AC235-3013 | 580 | 0.45 | Black |
THK884P-AC236-3022 | 1020 | 1 | Yellow |
HK400-AC224-3026 | 500 | 0.4 | Red |
HK130P-AC215-3031 | 140 | 0.15 | Black |