Fiberglass Yarn - Fiberglass Fabric of Good Stable Structure ISO9001

Fiberglass Yarn - Fiberglass Fabric of Good Stable Structure ISO9001

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Loading Port:: Shanghai

Payment Terms:: TT OR LC

Min Order Qty:: 500 m²

Supply Capability:: 50000 m²/month

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Fiberglass Fabric of Good Stable Structure ISO9001

Fiberglass Fabric Introduction:

Fiberglass fabric is weaved by high quality fiberglass,as a kind of engineering material,which is

many excellent characteristics:

flame-resisting,corrosion resistant,high strength,heat resistance.stable structure,good chemical resistance,durability.

Fiberglass Fabric Features:

1. External thermo insulating composite System (ETICS) & External insulating finish system (EIFS)

2. External and internal plaster reinforcement Fiberglass Mesh;

3. Electrical heating mats Fiberglass Mesh

4. Marble slab reinforcement / Mosaic carrier Fiberglass Mesh;

5. Asphalt reinforcement (roof water-proof)

6. Reinforced lightweight construction boards Fiberglass Mesh.

Fiberglass Fabric Specification:

mark	Fiber consistency(ends/ cm)		Area weight (g/ m²)	Thick-ness (mm)	Width (cm)	Length (mm)	Breaking strength(N)≥		weave
mark	Warp direction	Weft direction	Area weight (g/ m²)	Thick-ness (mm)	Width (cm)	Length (mm)	Warp direction	Weft direction	weave
EW200	16	12	200±20	0.2	90-130	300-1200	980	980
EW210	16	12	200±20	0.21	90-130	300-1200	1080	1080	Twill weave
EW210	16	12	200±20	0.21	90-130	300-1200	1080	1080	Plain weave
EWR360	3.2	1.8	354±18	0.35	50-300	100	2000	2000
EW280	16	10	280±28	0.26	90-130	300-1200	1800	1800
EW300	14	10	320±32	0.3	90-130	300-1200	1500	1500
EW430	20	12	420±42	0.43	90-130	300-1200	2000	2000	Broken twill
EWR136	10	10	136±13	0.136	100	200	850	850	Plain weave
EWR200	8	7	200±20	0.21	100	200	1200	1200
EWR400	3.6	3.2	400±30	0.4	100	50-100	2500	2500
EWR600	2.6	2.5	600±50	0.6	100	40KG	4000	4000
EWR580	2.5	2.3	576±29	0.58	100	40KG	3850	3850
EWR800	1.8	1.8	800±60	0.8	100	40KG	4600	4600

Product Show

Fiberglass Fabric of Good Stable Structure ISO9001

Fiberglass Fabric Usage:

E-glass woven roving is a schistose double faces reinforcement fabric that is weaved into from roving in directly.

E-glass fiber fabric (thin fabrics with thickness from 0.025 to 0.09mm) is suitable for electrical isolation mica product, wax cloth as the reinforcement materials.

E-glass woven roving applys to all kinds of polyester reinforcement system, (such as unsaturated polyester resin, vinylite,epoxy resin and phenolic resin.

FAQ

1.Package of Fiberglass Fabric?

Fiberglass fabric is wound on a paper tube with inner diameters of 50. 8, 76 or 152mm. Each roll is wrapped in a plastic bag, then to be packed in a carton box. The rolls are to be horizontally placed.

Width (cm): 90, 100, 127

Length (m): 100, 200, 300, 400

2.Storage of Fiberglass Fabric?

Store rolls in a cool, dry location

Protect rolls from weather and other damage.

3.If sample available if needed?

We aim to offer our customer best Products&Service,samples are allowed if necessary.

Q: Can fiberglass yarn be used for making furniture?: Yes, fiberglass yarn can be used for making furniture. It is a versatile material that offers durability, strength, and resistance to moisture, making it suitable for creating various furniture pieces such as chairs, tables, and even outdoor furniture. Additionally, fiberglass yarn can be easily molded into different shapes and can be combined with other materials to enhance the overall design and functionality of the furniture.

Q: Can fiberglass yarn be used in shipbuilding?: Fiberglass yarn has the capability to be utilized in shipbuilding. Being both sturdy and lightweight, fiberglass yarn is appropriate for a variety of applications in the marine industry. Its common use in shipbuilding involves reinforcing composite materials like fiberglass-reinforced plastic (FRP) composites. These composites are integral in constructing boat hulls, decks, and other structural components, as they provide enhanced strength and durability. Additionally, fiberglass yarn possesses corrosion resistance, a significant trait for shipbuilding materials. In conclusion, fiberglass yarn is a versatile substance that can effectively contribute to the construction of ships and other marine vessels.

Q: Is fiberglass yarn resistant to tearing or ripping?: Fiberglass yarn, being made from tightly woven strands of glass fibers, exhibits remarkable resistance against tearing and ripping. Its tightly woven structure effectively thwarts any attempts at tearing or ripping, even under regular circumstances. Moreover, fiberglass yarn boasts a commendable tensile strength, further bolstering its ability to resist tearing or ripping. Consequently, fiberglass yarn proves to be an excellent option for industries seeking a durable and tear-resistant material, particularly in textile manufacturing, composite reinforcements, and insulation production.

Q: Is fiberglass yarn suitable for use in medical applications?: Yes, fiberglass yarn is suitable for use in medical applications. It is commonly used in medical textiles such as wound dressings, surgical drapes, and bandages. Fiberglass yarn offers strength, durability, and high temperature resistance, making it suitable for various medical applications where these properties are required. Additionally, it is non-reactive and hypoallergenic, ensuring safe use in medical settings.

Q: Can fiberglass yarn be woven or knitted?: Yes, fiberglass yarn can be woven or knitted.

Q: Can fiberglass yarn be used in aerospace applications?: Yes, fiberglass yarn can be used in aerospace applications. It is known for its high strength-to-weight ratio and excellent thermal resistance, making it suitable for various aerospace components such as insulation, composite materials, and structural reinforcements.

Q: Can fiberglass yarn be used in acoustic insulation?: Yes, fiberglass yarn can be used in acoustic insulation. Its high tensile strength, durability, and ability to trap and absorb sound waves make it a suitable material for acoustic insulation applications.

Q: What are the common surface treatments for fiberglass yarn?: Some common surface treatments for fiberglass yarn include sizing, silane treatment, and coating. Sizing is a process in which a protective coating is applied to the surface of the fiberglass yarn. This coating helps to improve the handling and processability of the yarn during weaving or other fabrication processes. It also provides some level of temporary protection against abrasion and other forms of damage. Silane treatment is another common surface treatment for fiberglass yarn. Silanes are chemical compounds that can be applied to the surface of the yarn to enhance its adhesion to other materials, such as resins or coatings. Silane treatment helps to improve the overall performance and durability of fiberglass yarn in various applications. Coating is another surface treatment option for fiberglass yarn. A coating can be applied to the surface of the yarn to provide additional protection against abrasion, chemicals, UV radiation, or other environmental factors. Coatings can also be used to alter the surface properties of the yarn, such as making it more hydrophobic or flame-resistant. Overall, these surface treatments help to enhance the performance, processability, and durability of fiberglass yarn in various applications, ranging from textiles and composites to insulation and reinforcement materials.

Q: What are the advantages of using fiberglass yarn in reinforced plastics?: Using fiberglass yarn in reinforced plastics offers several advantages. To begin with, fiberglass yarn is renowned for its impressive strength-to-weight ratio. This means that even a small quantity of fiberglass yarn can greatly enhance the strength and durability of the reinforced plastics. This proves particularly advantageous in industries that require lightweight materials, such as aerospace and automotive sectors. Moreover, fiberglass yarn exhibits exceptional resistance to corrosion, chemicals, and moisture. Consequently, it becomes an ideal option for applications exposed to harsh environments or corrosive substances. Its resistance to moisture also ensures that the reinforced plastics retain their strength and integrity over time, even in humid or wet conditions. Another benefit of utilizing fiberglass yarn lies in its dimensional stability. Due to its low thermal expansion, fiberglass does not expand or contract significantly with temperature changes. This is crucial in applications that demand precise dimensions, as it guarantees that the reinforced plastics will not warp or deform over time. Furthermore, fiberglass yarn offers high versatility and can be easily customized to meet specific design requirements. It can be woven or knitted into various patterns, allowing for different levels of strength and flexibility. Additionally, its compatibility with different resin systems makes it suitable for a wide range of manufacturing processes, including pultrusion, filament winding, and hand lay-up. Lastly, fiberglass yarn proves to be relatively cost-effective compared to other reinforcing materials like carbon fiber. It strikes a good balance between performance and affordability, making it a preferred choice across many industries. The lower cost of fiberglass yarn allows for more widespread use in various applications, contributing to its popularity in the reinforced plastics industry. In conclusion, the utilization of fiberglass yarn in reinforced plastics provides multiple advantages, including its high strength-to-weight ratio, resistance to corrosion and moisture, dimensional stability, versatility in design, and cost-effectiveness. These benefits make fiberglass yarn an excellent option for enhancing the performance and durability of plastics in various industries.

Q: Is fiberglass yarn suitable for use in automotive composites?: Yes, fiberglass yarn is suitable for use in automotive composites. It is a commonly used material due to its high strength-to-weight ratio, excellent resistance to chemicals and temperature, and its ability to be easily molded into different shapes. Fiberglass composites provide structural support and enhance the overall performance and durability of automotive components.

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