- +86-13775339109
- جيسيكا@nq-fiberglass.cn
- رقم 61 فانغكسيان، دانيانغ، جيانغسو
Fiberglass mesh, or fiberglass mesh cloth, is a reinforcement material widely used in the construction and engineering fields.
Fiberglass mesh is a mesh-like material woven from glass fiber yarns, usually coated with a layer of alkaline durable acrylic latex or other alkali-resistant treatment agents to improve its durability and stability. This treatment allows Fiberglass mesh to maintain good performance in alkaline environments and is not easily corroded.
Fiberglass mesh is made of fiberglass yarn. Glass fiber is a kind of inorganic non-metallic material made from molten glass by wire drawing process, which has excellent properties such as high strength, corrosion resistance and high temperature resistance. In the production of Fiberglass mesh, the glass fiber yarn is woven into a mesh shape according to a certain specification and weaving method, and then after coating treatment, you can get the finished product.
High strength: Because the glass fiber itself has high strength characteristics, the Fiberglass mesh also shows excellent tensile strength and can withstand large external forces and is not easy to break.
Alkali resistance: Fiberglass mesh after alkali treatment can maintain stability in an alkaline environment, and will not be degraded or damaged by alkaline substances. This property makes Fiberglass mesh suitable for a wide range of applications where resistance to alkaline erosion is required.
Dimensional stability: Fiberglass mesh has good dimensional stability and is not easy to change size due to temperature changes or humidity changes. This allows it to maintain a tight fit with the substrate when used as a reinforcing material, improving the stability of the overall structure.
Fire resistance: The glass fiber material itself is not easy to burn, so Fiberglass mesh also has certain fire resistance. In the event of a fire, Fiberglass mesh can slow the spread of the fire and buy time for evacuation and extinguishing.
Decorative: Although decorative is not the main performance characteristic of Fiberglass mesh, its flat surface and a variety of color options make it useful in some decorative projects.
In summary, Fiberglass mesh, as a high performance reinforcement material, has a wide range of applications in the field of construction and engineering. Its high strength, alkali resistance, dimensional stability, fire resistance and other excellent properties make it an indispensable part of many engineering projects.
Fiberglass mesh, or fiberglass mesh cloth, is a reinforcement material used in architecture, engineering and many other fields. Because of its unique performance characteristics, it plays an important role in many fields.
Fiberglass, or glass fiber, is an inorganic, nonmetallic material with excellent properties that is produced in a complex and delicate process involving several key steps. The following is the Fiberglass manufacturing process and its main application areas:
Applicable type: | Features: | Application scenario: | Advantages: | |
1. Buyers in the construction industry | Reinforced glass fiber mesh cloth | With excellent strength, wear resistance and weather resistance, it can effectively prevent wall cracking and enhance the stability of building structure. | It is mainly used for building external wall insulation system, interior wall plastering reinforcement, roof waterproof layer enhancement, etc. | Improve the overall quality of buildings, extend the service life, and meet the needs of the construction industry for high-strength and high-durability materials. |
| High temperature resistant fiberglass mesh | It has good high temperature resistance and can maintain stability under extreme temperature conditions. | It is used for automobile engine compartment insulation, exhaust system covering, chassis protection, etc. | Improve the heat resistance of automotive components, reduce heat loss, and improve energy efficiency. |
3. Electronics industry buyers | Insulated fiberglass mesh | With excellent insulation performance, it can effectively isolate the current and prevent electromagnetic interference. | Used for internal isolation of electronic products, circuit board protection, electromagnetic shielding, etc. | Ensure the stable operation of electronic equipment, improve the safety and reliability of products. |
4. Agricultural buyers | Weather-resistant fiberglass mesh | It has good weather resistance and corrosion resistance, and can be used for a long time under harsh environmental conditions. | Used for greenhouse cover, livestock and poultry breeding fences, farmland irrigation pipeline protection. | Improve the efficiency of agricultural production and protect crops and livestock from adverse weather. |
5. Buyers of environmental protection and renewable energy | Environmentally friendly fiberglass mesh | Made of environmentally friendly materials, recyclable, in line with the concept of sustainable development. | Used for wind power blade enhancement, solar photovoltaic panel backing, water treatment filter media, etc. | Reduce environmental pollution, promote resource recycling, and support the development of environmental protection and renewable energy industries. |
6. Cost-control buyers | Economical fiberglass mesh | Under the premise of ensuring the basic performance, the price is relatively economical. | It is suitable for cost-sensitive projects or products. | Reduce procurement costs and improve economic efficiency. |
The use of Fiberglass Mesh for waterproofing is a common and effective method, mainly relying on its good tensile strength, alkali resistance and good bonding with waterproof materials. Here are the general steps on how to use Fiberglass Mesh for waterproofing:
Clean base: Ensure that the construction surface is clean and free of dust, oil and other impurities. Uneven surfaces require patching and leveling.
Treatment of cracks: For cracks on the base, it is necessary to repair them first to prevent water penetration.
Cut Fiberglass Mesh: Cut Fiberglass Mesh to the appropriate size based on the size and shape of the construction area.
Apply the bottom waterproof material: evenly apply a layer of the bottom waterproof material (such as waterproof paint, waterproof mortar, etc.) on the base layer as the bonding layer of Fiberglass Mesh.
Lay Fiberglass Mesh: Lay the cut Fiberglass Mesh on the bottom waterproof material to ensure that the mesh is smooth, wrinkle-free, and closely fits the base. During the laying process, a brush or roller can be used to gently press the mesh cloth to make it better adhere to the base.
Secure Fiberglass Mesh: Use nails or special fixtures to secure the Fiberglass Mesh to the base where needed to prevent it from shifting. However, please note that the number and location of the fixed parts should be determined according to the actual situation to avoid damaging the waterproof layer.
Reapply waterproof material: Evenly apply a second layer of waterproof material over the Fiberglass Mesh to cover the entire mesh and create a continuous waterproof layer. This layer of waterproof material further enhances the waterproof effect and protects the Fiberglass Mesh from the external environment.
Maintenance: Maintenance is carried out according to the requirements of the waterproof material manual to ensure the best performance of the waterproof layer.
Inspection: After the completion of construction, carefully check to ensure that there is no omission and no damage to the waterproof layer. The problems found should be repaired in time.
Matters needing attention
When using Fiberglass Mesh for waterproofing, ensure that the waterproofing material selected has good compatibility with it.
Pay attention to safety during construction and wear necessary protective equipment (such as gloves, masks, etc.).
Select the appropriate construction method and material dosage according to the specific project requirements and site conditions.
In short, using Fiberglass Mesh for waterproofing is a simple and effective way to ensure the quality and durability of the waterproof layer through reasonable construction steps and precautions.
اسم العلامة التجارية | إن كيو |
Weight | 75gsm -300gsm,custom |
Hot weight | 75gsm,90gsm,100gsm,125gsm,145gsm,160gsm |
عرض | 1m，custom |
Mesh Size | 4mm*4mm, 5mm*5mm，6mm*6mm,custom |
Weave Type | Parallel or crossed fiberglass wire braid |
Yarn Type | E-Glass, C-Glass, S-Glass, or AR-Glass yarns |
Alkali Content | Medium |
Standing Temperature | 500 |
Processing Service | Welding, Cutting |
اسم المنتج | Fibreglass Mesh |
الاستخدام | Wall Reinforced Material，fiberglass mesh for concrete，fiberglass screen mesh，fiberglass mesh for stucco |
مادة | Fiberglass Yarn |
ميزة | It has features such as high strength, corrosion resistance, high temperature resistance, crack prevention, lightweight, ease of use, and strong durability. |
لون | White Yellow Green Blue Orange Black |
طول | 50m，custom |
شهادة | CE، ASTM، SGS، ISO، BSCI |
التعبئة والتغليف | Plastic Bag + Woven Bag |
عينة | Availiable |
Fiberglass mesh does have a certain heat resistance, and its heat resistance is a complex and multidimensional property that is influenced by multiple factors such as its manufacturing material, coating treatment and potential use environment. The following is a professional and extensive analysis of the heat resistance of Fiberglass mesh:
Heat resistance of basic material:
The core composition of glass fiber mesh cloth is glass fiber, which is an inorganic non-metallic material with silicate as the main component. Glass fiber itself has good high temperature resistance, thanks to its high silicon content and inorganic structure, making it able to maintain a relatively stable structure in a high temperature environment.
Different types of glass fiber, its heat resistance is also different. For example, some special formulations of high temperature resistant glass fibers, by optimizing the composition and manufacturing process, can maintain stable performance at higher temperatures and show better heat resistance.
Effect of coating treatment on heat resistance:
In order to improve the comprehensive properties of glass fiber mesh cloth such as alkali resistance and corrosion resistance, it is often necessary to coat it. While these coating materials enhance the properties of mesh cloth, they may also have a certain influence on its heat resistance.
Some specially designed high temperature resistant coatings can effectively improve the heat resistance of mesh cloth, so that it can still maintain a good use effect in high temperature environment. These coatings usually have excellent thermal and chemical stability and can resist adverse factors such as oxidation and corrosion at high temperatures.
Consideration of heat resistance in the use environment:
The actual use environment of glass fiber mesh cloth is also an important consideration for its heat resistance. In the harsh environment of high temperature, humidity, acid and alkali, the heat resistance of mesh cloth may be challenged. For example, the high temperature environment may cause problems such as coating aging and fiber structure relaxation, which will affect its overall heat resistance.
Therefore, when evaluating the heat resistance of Fiberglass mesh, it is necessary to consider its potential use environment, including temperature, humidity, chemical corrosion and other factors to ensure its stability and durability in a specific application.
When selecting Fiberglass mesh, its heat resistance should be comprehensively evaluated according to the specific application requirements and expected use environment. This includes considering factors such as the base material of the mesh cloth, coating treatment, and potential high temperature exposure time.
For applications requiring long-term use in high-temperature environments, Fiberglass mesh products with higher heat resistance are recommended to ensure stability and durability under harsh conditions.1
At the same time, it is also necessary to pay attention to protect Fiberglass mesh from harsh environments such as high temperatures and avoid direct contact with flames or high-temperature objects in order to extend its service life and maintain its good performance.
In summary, Fiberglass mesh does have a certain heat resistance, but the specific heat resistance is a comprehensive consideration, and needs to be comprehensively evaluated according to multiple factors such as its manufacturing material, coating treatment and use environment. In the selection and use process, these factors need to be fully considered to ensure that Fiberglass mesh will meet the specific application needs and perform well in the intended use environment.
© All Rights Reserved.
AR 
EN 
RU 
ES 
FR