Everything you need to know about fiberglass insect webs

(1) How are fiberglass insect webs produced?

The production process of fiberglass mesh is a complex and complicated process. Through rigorous raw material preparation and weaving techniques. As well as coating process and finished product manufacturing and quality control measures. Can produce high performance and beautiful appearance. And a durable fiberglass spider web. These products can not only effectively block the entry of insects, but also maintain good ventilation and long service life.

1. Raw Material Preparation

Glass fiber yarn: Glass fiber yarn is the main material for the production of glass fiber spider webs. These yarns are made of high purity glass fibers. After high temperature melting and special drawing process. They are of exceptional strength. As well as corrosion resistance and high temperature resistance. These make them ideal for making spider webs.

2. Weaving

Weaving Technique: Weaving is the core step in the production of Fiberglass Insect Webs. Advanced plain weave techniques are employed, where fiberglass yarns are interlaced at specific warp and weft densities to create a uniform and sturdy mesh structure. This structure not only provides good ventilation but also effectively blocks insects.

Mesh Size: Mesh size is a crucial parameter for Fiberglass Insect Webs. Depending on the application and insect type, different mesh sizes are chosen. Common sizes include 18×16, 20×20, etc., which effectively block insects while maintaining ventilation.

3. Coating Process

Purpose of coating: The coating process further enhances the durability of the fiberglass spider web. As well as aesthetics and functionality. By applying a protective coating. Spider webs gain better water resistance and anti-fouling and anti-aging properties. Thus extending their service life.

Coating materials: Commonly used coating materials are PVC(polyvinyl chloride) and other plastic materials. These materials have excellent weather resistance and chemical stability. Effectively protects fiberglass mesh from environmental degradation.

Coating process: The coating process is accurate. First, the woven fiberglass spider web is evenly coated with a thin layer of coating material using specialized equipment. They then undergo a drying and curing process. To ensure that the coating adheres firmly to the mesh surface. Then a smooth, uniform protective film is formed.

4. Finished Product Manufacturing

Cutting and packaging: according to the customer’s specific requirements and window size. Coated fiberglass spider webs are cut. To ensure accurate dimensions and even edges. The cut web is then rolled or folded for packaging. Easy to transport and install.

Quality inspection: Strict quality inspection is carried out in the production process of finished products. By checking the screen size and coating thickness. And tensile strength and other indicators. Ensure product quality meets standard requirements. Besides. Product appearance inspection. To ensure that there are no obvious defects or damage.

5. Quality Control

Raw material inspection: glass fiber yarn and other raw materials have undergone strict quality inspection. By its strength and corrosion resistance. And the high temperature resistance and other performance index test. Ensure raw material quality meets production requirements.

Process monitoring: Monitoring points are set up at key stages such as weaving and coating. Through real-time monitoring of key parameters and indicators in the production process. Adjust production process and equipment parameters in time. Ensure the consistency and reliability of product quality.

Sampling inspection of finished products: Sampling inspection of finished products is an important part of quality control. A certain number of finished products are randomly selected for testing. Further verification of product quality. Besides. Statistical analysis of sampling results provides data support for continuous process improvement.

Spec. (mm)	Weight (g/m2)	Roll Diameter (cm)	CBM (square meter )
			20GP	40GP	40HC
4*4 / 5*5	160	17	50,000	100,000	115,000
4*4 / 5*5	145	16.5	52,000	105,000	125,000
4*4 / 5*5	130	16	55,000	115,000	130,000
4*4 / 5*5	110	15	60,000	125,000	150,000
4*4 / 5*5	100	15	60,000	125,000	150,000
4*4 / 5*5	80	14	70,000	145,000	170,000
4*4 / 5*5	60	13.5	75,000	155,000	185,000

(2) Glass fiber and stainless steel insect net

When choosing insect mesh,  it is crucial for you to understand the characteristics of different materials and their suitable applications. Below,  we will introduce fiberglass insect mesh and stainless steel insect mesh from a scientific perspective and guide you to  discover the advantages of fiberglass insect mesh.

1.Material Revelation

Fiberglass Insect Mesh

Material analysis: Fiberglass mesh is a kind of inorganic non-metallic material made from molten glass by special process. Its unique fiber structure gives it excellent physical and chemical properties.

Performance characteristics: light weight and high strength. Corrosion resistance and good insulation are the significant advantages of glass fiber insect nets. In addition, it provides good ventilation. Making it ideal for places that require insect protection while maintaining airflow.

Stainless Steel Insect Mesh

Material analysis: Stainless steel worm net is made of stainless steel wire. Stainless steel is an alloy steel due to its excellent corrosion resistance and oxidation resistance. Widely used in various fields.

Performance highlights: high strength and corrosion resistance. And is not easy to oxidize and beautiful is the remarkable characteristics of stainless steel worm net. It can maintain stable performance and shape in a variety of harsh environments. Ideal for long-term outdoor use.

2. Application Scenario Comparison

Fiberglass Insect Mesh

Application: FRP insect-proof mesh has good permeability and insect-proof properties. It is very suitable for greenhouses, orchards and other places that need insect protection and need to maintain ventilation. Its light weight and easy processing characteristics also make it widely used in construction and chemical industry. And insulation and sound insulation in industries such as electronics. And filtering scenarios.

Outstanding advantages: Fiberglass insect nets not only provide multiple functions. It also has long-term durability and low maintenance costs. Provides additional advantages in long-term use.

Stainless Steel Insect Mesh

Application: stainless steel insect-proof net because of its high strength and corrosion resistance. As well as beautiful and widely used in greenhouses vegetable shade. And fruit tree pest control and other outdoor scenes. It can also be used in construction and water conservancy. As well as screening and filtration in industries such as power and chemicals. As well as isolation and decoration.

Considerations: Although stainless steel worm nets show excellent performance and wide applicability. However, you still need to consider the usage requirements and budget when choosing. To ensure that the selected products comply with functional and economic principles.

 

3. Selection Recommendations

Considering factors such as material characteristics and application scenarios,  we recommend choosing fiberglass insect mesh. It not only offers good insect protection and ventilation but is also  suitable for various scenarios and exhibits long-term durability and low maintenance costs. In long-term use,  it will bring you greater economic benefits and convenience.

In conclusion,  fiberglass insect mesh has become an ideal choice for insect mesh due to its unique advantages and wide range of  application scenarios. We hope this scientific introduction helps you make a wiser selection!

(3) Is glass fiber a good ventilation strip?

Glass fiber is indeed an excellent material for ventilation strips, primarily due to its outstanding physical and chemical properties in several aspects:

1. Physical and Chemical Properties

Excellent Temperature Resistance: Glass fiber can maintain stability in high-temperature environments, commonly withstanding temperatures around 500°C.  Some sources even indicate its usability within a range of -200°C to +500°C.  This makes it highly suitable for ventilation applications requiring high temperatures.

Good Corrosion Resistance: Glass fiber exhibits stable chemical properties and is resistant to oxidative, acidic, and alkaline environments, making it suitable for use in various harsh conditions.

Excellent Electrical Insulation: Glass fiber possesses superb electrical insulation properties, allowing its application in electronic and electrical fields where insulation and ventilation are required.

2.Ventilation and Thermal Insulation Performance

Ventilation Performance: Materials like glass fiber cloth, due to their porosity and breathability, ensure good ventilation, facilitating air circulation and heat dissipation.

Thermal Insulation Performance: Glass fiber also provides thermal insulation, reducing heat transfer to some extent, making it suitable for ventilation systems requiring both insulation and ventilation.

3.Application Examples

Glass fiber ventilation strips (or similar products) are widely used in construction and industrial fields.  For instance, in building exhaust systems, glass fiber flexible connections are used as ventilation soft joints and reducer inserts, offering fire safety, smoke exhaust systems, noise reduction, and vibration damping functions.  These products leverage the outstanding properties of glass fiber to ensure stable operation and efficient ventilation in the ventilation system.

4. Precautions

While glass fiber has many advantages, the following points should be considered during its use:

Selecting Appropriate Specifications and Thickness: Choose the appropriate specifications and thickness of glass fiber ventilation strips based on specific application scenarios and requirements to ensure their performance is fully utilized.

Attention to Installation and Maintenance: During the installation of glass fiber ventilation strips, relevant installation standards should be followed to ensure secure installation and good sealing.  Regular inspection and maintenance are also necessary during use to ensure long-term stable operation.

In summary, glass fiber, with its excellent physical and chemical properties, has broad application prospects in the field of ventilation strips (ventilation tapes or ventilation materials).

(4)Can fiberglass mesh be recycled？

Fiberglass mesh can indeed be recycled, but the recycling process may be relatively complex, and currently, it may not be as widespread or efficient as the recycling of some other materials.

Fiberglass mesh is primarily made of fiberglass, which, if not properly handled after disposal, can potentially cause environmental impact such as pollution to soil and water sources. Therefore, from an environmental and resource utilization perspective, recycling fiberglass mesh is necessary.

There are many technical ways to recycle fiberglass mesh. A common method is to break the waste fiberglass mesh. As well as physical processing such as grinding, which is then mixed with other materials. The production of new composite materials or products by a specific process. This method makes effective use of waste resources. Reduces the need for new raw materials. At the same time reduce environmental pollution.

But here’s the caveat. The recycling technology of fiberglass mesh may vary depending on region and enterprise size. And other factors such as the level of technology. In practice. The appropriate recycling method and process should be selected according to the specific situation.

Also, although fiberglass mesh can be recycled. But there are some factors to consider in the recycling process. For example, due to the inherent brittleness and vulnerability of glass fibers. Appropriate measures need to be taken during the recycling process to protect its physical properties. In addition, quality testing and control of the recycled fiberglass mesh is also required. Ensure compliance with relevant standards and requirements.

To sum up, fiberglass mesh can be recycled. However, the recycling process requires appropriate measures and technical means. To ensure its effectiveness and environmental protection. With the continuous enhancement of environmental awareness and the development of recycling technology. It is believed that the recycling of fiberglass mesh will be more extensive and efficient in the future.