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I. Definition and basic properties of glass fiber 1. Definition Glass Fiber (Glass Fiber) is silica (SiO₂) as the main raw material, add alumina, calcium oxide, boron oxide and other metal oxides, high-temperature melting and drawing of inorganic non-metallic materials. Its monofilament diameter of ... Read More
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1. Conversion of raw materials to fibers Fiberglass is an inorganic, non-metallic material made from drawn molten glass, usually a few microns to tens of microns in diameter. It combines the high strength of glass with the flexibility of fiber, and is widely used in industrial and civil applications... Read More
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The “silent revolution” in the construction industry. Part I: Application Scenario Panorama - How does glass fiber penetrate the construction field? 1. Structural Strengthening: The “Invisible Bone” to Replace Rebar - Market size: the market share of GFRP rebar rises from 1.2% in 2015 to 4.7% in ... Read More
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Invisible Safety Barriers • Ordinary lining: soft and comfortable but flammable and can be an "invisible accelerant" in a fire.• Flame-retardant knitted fabric lining: hidden under the outer fabric, it instantly "freezes" the spread of flame in case of fire, guarding the last line of defence. Part I... Read More
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Part I: Where is it hiding? --The “invisibility” of fiberglass 1. Home space: the home of the “temperature guard” • Ceiling and wall: glass wool insulation layer (thickness of 10cm of fiberglass wool can reduce air-conditioning energy consumption by 40%).• Water pipes and floor heating: glass fiber ... Read More
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The Crossroads of the Lightweight Revolution Part I: Fiberglass's “upside” capital - why can it challenge metals? 1. Performance showdown: the numbers speak for themselves - Weight ratio: • Density: fiberglass compound (1.5-2.0 g/cm³) vs. steel (7.8 g/cm³) vs. aluminum (2.7 g/cm³).• For the same ... Read More
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From a car accident to a fire to a surgery, seemingly unrelated scenarios are turned around by the same material. Cold Fact #1: The Firefighter's “Second Skin” - A Barrier to Life in Thousands of Degrees of Heat - The fiberglass layer in fire suits: • Firefighting suits lined with fiberglass fabrics ... Read More
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When material technology meets "hell mode" Ordinary protective materials: melting at high temperatures and perforating when corroded, becoming the short board of industrial safety. Silicone cloth: glass fibre as the base material, covered with special silicone coating, transformed into the ultimate ... Read More
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1.Fireproof flexible connection or expansion joint Silicone cloth can deal with thermal expansion and contraction of the pipeline damage problems, and has a high applicable temperature, corrosion and aging resistance, airtightness, elasticity and flexibility is excellent.Reasonable and effective ... Read More
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