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Fiberglass Product

Why Choose Us

Our Factory

The factory covers an area of 13,000 square metres and there are six areas: welding area, electromechanical area, mounting area, moulding area, spray painting area, office area.

 

 

Production Market

Our products have been exported to 20 countries and regions, Brazil, Vietnam, Thailand, America, France, Spain, Italy are included and well praised by customers all over the world for its no deformation, no corrosion, lifelike, magnificent appearance.

Our Product

Our company is proficient in research, produce, development and sale of the animatronic dinosaur, dinosaur costume, dinosaur model and theme park design.

Product Application

Our products are mainly applicable to dinosaur theme park, amusement park, museum, shopping mall and theme event on bionic animals, etc.

 

 

What is Fiberglass Product?

 

 

Fiberglass products are composite materials made from glass fibers embedded in a resin matrix. The glass fibers provide strength and rigidity, while the resin (commonly polyester, epoxy, or vinyl ester) binds the fibers together and protects them from environmental damage. This combination results in a material that is strong, lightweight, and resistant to corrosion, moisture, and heat.

 

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What Is Fiberglass Product and How Is It Manufactured?
 

How Fiberglass Product is Made

Fiberglass Product really is made of glass similar to that in windows or kitchen drinking glasses. To manufacture Fiberglass Product, glass is heated until molten, then forced through superfine holes.

These flexible filament threads can be used in several applications: They can be woven into larger swatches of material or left in a somewhat less structured form used for the more familiar puffy texture used for insulation or soundproofing. The final application is dependent on the length of the extruded strands (longer or shorter) and the quality of the Fiberglass Product. For some applications, it's important that the glass fibers have fewer impurities, however, this involves additional steps in the manufacturing process.

Manufacturing With Fiberglass Product

Once the Fiberglass Product is woven together, different resins may be added to give the product increased strength, as well as allow it to be molded into various shapes. Common items made of Fiberglass Product include swimming pools and spas, doors, surfboards, sporting equipment, boat hulls, and a wide array of exterior automobile parts. Having a light yet durable nature, Fiberglass Product is also ideal for more delicate applications, such as in circuit boards.

Fiberglass Product can be mass-produced in mats or sheets. For instance, for items such as shingles, a massive sheet of a Fiberglass Product and resin compound is manufactured and then cut by machine. Fiberglass Product also has numerous custom-made applications designed to suit a specific purpose. For example, car bumpers and fenders must sometimes be custom-made, either to replace damaged components for existing automobiles or in the production of new prototype models.

The first step in manufacturing a custom-made Fiberglass Product bumper or fender is creating a form in the desired shape out of foam or some other material. When the form is complete, it's coated with a layer of Fiberglass Product resin. Once the Fiberglass Product hardens, it's subsequently reinforced—either with additional layers of Fiberglass Product or structurally from within.

Carbon Fiber and Glass-Reinforced Plastic vs. Fiberglass Product

It should be noted that although it's similar to both, Fiberglass Product is not carbon fiber, nor is it glass-reinforced plastic. Carbon fiber is made of strands of carbon. Though extremely strong and durable, carbon fiber cannot be extruded into strands as long as those of Fiberglass Product because it breaks. This is one of several reasons that Fiberglass Product, while it's not as strong, is cheaper to manufacture than carbon fiber.

Glass-reinforced plastic is just what it sounds like: plastic with Fiberglass Product embedded in it to increase strength. The similarities to Fiberglass Product are apparent, but a defining characteristic of Fiberglass Product is that the glass strands are the main component. Glass-reinforced plastic is comprised mostly of plastic, so while it's an improvement over plastic alone for strength and durability, it won't hold up as well as Fiberglass Product.

 

What Are the Different Types of Fiberglass Product?

 

 

E-Glass Fiber
E-glass, or electrical glass, offers excellent electrical insulation properties. It is widely used in aerospace and industrial applications due to its lightweight nature and resistance to heat. Originally developed for electrical uses, it is now employed in various industries. Its composition includes: silica, soda, potash, lime, boric oxide, magnesia, and alumina.

D-Glass Fiber
D-glass is known for its low dielectric constant, making it suitable for optical cables, cookware, and electrical appliances. The key component in its composition is boron trioxide.

R-Glass Fiber, T-Glass Fiber, or S-Glass Fiber
These high-performance Fiberglass Product types exhibit superior modulus, acidic strength, wetting properties, and tensile strength compared to E-glass. They are utilized in specialized industries like aerospace and defense, with specific compositions tailored to enhance their properties.

A-Glass Fiber
A-glass, also called soda-lime glass, or alkali glass, is commonly used for glass containers such as bottles and jars, as well as window panes. It is chemically stable, cost-effective, and suitable for glass recycling due to its ability to be softened and remelted. Its composition primarily includes: lime, alumina, dolomite, soda, silica, and certain finishing agents such as sodium sulfate.

Advantex Glass Fiber
Advantex glass is resistant to acid corrosion and can withstand thermal fluctuations, making it ideal for applications in corrosive environments such as: the mining industry, oil industry, power plants, and sewage systems. It contains a high quantity of calcium oxide in its composition.

ECR Glass Fiber
ECR glass fiber, or electronic glass fiber, boasts alkali and acid resistance, good heat resistance, low electrical leakage, and superior mechanical strength compared to E-glass. It is very environmentally friendly and used to create durable, transparent Fiberglass Product-reinforced panels. Its composition comprises materials with alkali and acid resistance, high heat resistance, waterproof properties, and mechanical strength.

C-Glass Fiber
C-glass, also referred to as chemical glass, exhibits good chemical and impact resistance. It is used in corrosive environments, thanks to the presence of calcium borosilicate, and can be used as a surface tissue for the outer laminates in pipes and tanks holding water and chemicals. Its composition includes: silica, soda, potash, lime, boric oxide, magnesia, and alumina.

Z-Glass Fiber
Z-glass finds applications in various industries, including concrete reinforcement and 3D-printed fibers. It is known for its resistance to acid, alkali, UV, mechanical stress, scratches, salt, and wear. Its composition includes materials selected for resistance to various environmental factors.

S2-Glass Fiber
S2-glass Fiberglass Product type performs the best, featuring high-temperature resistance, superior compressive strength, and excellent impact resistance. It is commonly used in composite and textile industries, with a specific composition for superior properties.

AR-Glass Fiber
AR-glass, or alkali-resistant glass, is designed to be used in concrete to prevent cracking, providing strength and flexibility. It is highly durable, resistant to water, and unaffected by changes in pH. The key component added to its composition is zirconia.

M-Glass Fiber
M-glass, distinguished by its elasticity, is utilized in various glassware applications, including: packaging, housing, building materials, and tableware. Its composition includes beryllium, which enhances its elasticity and suitability for such applications.

AE-Glass Fiber
This type of Fiberglass Product is alkali-resistant, making it suitable for applications in which resistance to alkalis is required. It also has low electrical conductivity. Grade AE glass fiber filters are ideal for applications involving the monitoring of suspended solids and air quality. These filters offer fine porosity, ensuring efficient particle retention as small as 1.0 micron in size. Additionally, their binderless borosilicate glass microfiber construction provides a fast flow rate, making them a reliable choice for various filtration needs in both laboratory and environmental settings.

 

 
What Are the Different Forms of Fiberglass Product?
 
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Woven Fabrics
Woven Fiberglass Product fabrics are made out of fine, continuous strands of Fiberglass Product yarns that are woven together to form a flexible and strong material. These fabrics come in various weaves, such as plain, twill, and satin, each offering different properties like strength and surface finish. Woven fabrics are commonly used in applications requiring reinforcement, dimensional stability, and a smooth surface, such as: boat building, automotive parts, and surfboards.

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Tow and Roving
Tow and roving are continuous bundles of parallel Fiberglass Product filaments. These types of Fiberglass Product come in spools that can be unrolled and cut as required or even fed to filament winders. Tow refers to a thicker bundle which is particularly useful for automotive applications, while roving typically consists of a long and narrow bundle of fiber. These forms are used when high strength and consistency are required, such as in pultrusion or filament winding processes. Tow and roving are versatile and can be applied in various industries, including: aerospace, construction, and marine.

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Chopped Strand Mat
Chopped Strand Mat (CSM) consists of short strands of Fiberglass Product that are randomly dispersed and bound together with a binder. This form of Fiberglass Product is popular in hand lay-up and spray-up processes in composite manufacturing. CSM provides good coverage and is ideal for applications in which ease of wetting, thickness, and strength are essential, such as in the production of Fiberglass Product boats, tanks, and pipes.

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Veil Mats
Veil mats, also known as surfacing mats, are lightweight Fiberglass Product mats that are used as surface layers in composite applications. They enhance the surface finish, providing a smooth texture and reducing the print-through of underlying fibers. Veil mats are commonly used during the production of composite panels, automotive parts, and equipment with high corrosion resistance.

 

Applications of Fiberglass Product in various Industries
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Beverage industry: Fiberglass Product grating is used in many areas like bottling lines and in brew houses.

Car washes: Recently, Fiberglass Product grating is greatly used for rust resistance and to give a contrast color to areas that previously looked forbidden. It brightens the inside of the carwash tunnel making the car look cleaner than it was.

Chemical industry: In this industry, the Fiberglass Product grating is used for anti-slip safety feature of the embedded grit surface and the chemically resistant feature of different resin compounds. The chemicals being used are matched with the resins.

Cooling towers: Since cooling towers are always wet, they have to be protected from rust, corrosion, and other safety issues. Due to the excellent properties of Fiberglass Product, it is used in these towers as screening to keep people and animals away from the danger zones.

Docks and marinas: The docks get corroded, rusted and damaged by the salty sea water. So, Fiberglass Product is used here for protection.

Food processing: In the chicken and beef processing plants, Fiberglass Product grating is used for slip resistance and for holding up to blood which is corrosive. Most of the areas of food processing also use Fiberglass Product as other grating materials are not suitable.

Fountains and aquariums: All sizes of fountains and aquariums use Fiberglass Product to support rocks to help in circulation and filtering from under the rocks. In large public fountains, Fiberglass Product grating is used to protect spray headers and lights from getting damaged. This also keeps people from drowning in the fountains.

Manufacturing: The embedded grit surface of Fiberglass Product grating ensures slip resistance in the areas that are wet or in places where hydraulic fluids or oils are present.

Metals and mining: Fiberglass Product grating is used in electronic refining areas prone to chemical corrosion. Other grating materials cannot be used here.

Power generation: Many areas of the power generation industry like tank farms, scrubbers, and others use Fiberglass Product. The reason for this is the non-conductive property of Fiberglass Product.

Plating plants: This application uses Fiberglass Product grating due to the anti-slip property of the surface.

Pulp and paper industry: The property of Fiberglass Product which makes it chemical corrosion resistant is useful in pulp and bleach mills. Recently, Fiberglass Product is used in many areas due to its corrosion resistance and anti-slip properties.

Automotive industry: Fiberglass Product is extensively used in automobile industry. Almost every car has Fiberglass Product components and body kits.

Aerospace & Defense: Fiberglass Product is used to manufacture parts for both military and civilian aerospace industry including test equipment, ducting, enclosures, and others.

 

Fiberglass Product And Build Types

 

Fiberglass as a composite material can be significantly durable against both physical and chemical strains. The extent of FRP’s compatibility is dependent on the polymer resin, the reinforcing fiber type used in production and how it is arranged within the polymer matrix. The polymer used as well as the method and specific type of fiber integrated can vary significantly based on the needs of the final FRP product and an application’s requirements.

 

Manufacturers and engineers of fiberglass equipment will consider various factors of chemical fluid or gaseous exposure, weight stress loads and environmental concerns when determining the ideal polymer matrix and integrated fiber design type. The FRP production polymers selected are often thermoset plastics such as epoxy, vinyl ester and polyester but thermoplastic materials such as polyethylene and polypropylene are also used. Examples of fiber integration design types include random arrangement, chopped strand, filament winding, hand lay-up, ortho lay-up, and fabric weave. Due to the various methods available for FRP item fabrication, the resulting equipment, tanks, pipes, etc. can be of very large sizes and unique shapes.

 

The reinforcing fiber used in most fiberglass products is glass, which too is refined and intentionally selected according to specific properties and resistance standards. The glass strands incorporated to reinforce the polymer base are frequently low defect, low impurity glasses. FRP products can be classified as A-glass (alkali glass), C-glass (chemical glass), E-glass (electrical glass) and S-glass (structural glass) where each type is ideal and specifically chosen for certain applications.

 

Within chemical applications, C-glass FRP products are frequently selected as an effectively resistant option. When, however, the material still expresses chemical sensitivity, FRP equipment can have corrosion veils installed. FRP corrosion veils are an additional internal layer of an inert plastic material with known chemical resistance, often polyethylene or polypropylene. The full resulting details of the FRP product in terms of resin selection, composition of the glass fibers, how the strands were integrated, as well as any fillers and additives define the resulting parameters, classification and acceptable use of the final FRP product.

 

Certifications

 

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Our Factory

 

Zigong Haichuan Dinosaur Landscape Science&Technology Co., Ltd. was established in 2016, formerly known as Vangoh Dinosaur. We are located in Zigong city, which is called "hometown of dinosaurs" in Sichuan, China with convenient transportation access,covering an area of about 13,000 square meters.

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FAQ

 

Q: Can fiberglass products be painted?

A: Yes, fiberglass surfaces can be painted with specialized paints designed for use on plastic and composite materials. Proper surface preparation is key for good adhesion.

Q: What maintenance does a fiberglass product require?

A: Regular cleaning with mild soap and water is usually sufficient. Avoid harsh chemicals and abrasive cleaners which can damage the finish.

Q: Can fiberglass products be used in hot environments?

A: Some fiberglass products, especially those made with epoxy resins, can tolerate high temperatures. However, continuous exposure to extreme heat can affect the material's properties.

Q: Can fiberglass products be used outdoors?

A: Yes, fiberglass is well-suited for outdoor use. It resists UV radiation and weathering, although the finish may fade over time.

Q: How strong is fiberglass?

A: Fiberglass is very strong due to its high tensile strength and stiffness. It's stronger than many metals by weight and can support significant loads.

Q: Can fiberglass break?

A: While fiberglass is durable, it can break under extreme stress or impact. However, it's less likely to crack or shatter compared to brittle materials like some plastics or ceramics.

Q: Is fiberglass environmentally friendly?

A: Fiberglass itself is not biodegradable, but it can be recycled. However, the environmental impact depends on the type of resin used and how the product is disposed of or recycled.

Q: Is fiberglass safe to work with?

A: Fiberglass can cause skin irritation and respiratory issues if fine dust or fumes are inhaled. Safety measures, such as wearing protective clothing and masks, should be taken during handling and installation.

Q: Are fiberglass products fire-resistant?

A: Fiberglass is non-combustible and does not easily burn. However, it can melt at high temperatures, so it's not considered fireproof.

Q: How do you cut fiberglass?

A: Fiberglass can be cut with a sharp utility knife, power saw with a carbide blade, or a jigsaw. Wear protective gloves and goggles to avoid injury from flying glass fibers.

Q: Can fiberglass products be recycled?

A: Fiberglass can be recycled, but it requires specialized processes. Recycling fiberglass helps reduce landfill waste and conserves resources.

Q: Can fiberglass products be used in load-bearing applications?

A: Fiberglass can be used in structural applications, including load-bearing ones, provided it's designed and engineered properly for the specific loads it will bear.

Q: What is the difference between fiberglass and glass?

A: Glass is a solid material made by cooling molten mixtures of silica, soda, lime, and sometimes other additives. Fiberglass is a composite material created by embedding glass fibers in a resin matrix.

Q: Can fiberglass products be used in hot environments?

A: Some fiberglass products, especially those made with epoxy resins, can tolerate high temperatures. However, continuous exposure to extreme heat can affect the material's properties.

Q: What are examples of fiberglass products?

A: Some common places you can find fiberglass are aircraft, windows, roofing, boats and bathtubs. This high temperature insulation material makes for a great thermal barrier, proving its value and versatility.

Q: What products are made of fiberglass?

A: Applications include aircraft, boats, automobiles, bath tubs and enclosures, swimming pools, hot tubs, septic tanks, water tanks, roofing, pipes, cladding, orthopedic casts, surfboards, and external door skins.

Q: What are common uses for fiberglass?

A: Fiberglass is lightweight, strong and less brittle. The best part of fiberglass is its ability to get molded into various complex shapes. This pretty much explains why fiberglass is widely used in bathtubs, boats, aircraft, roofing, and other applications.

Q: Why is fiberglass so good?

A: Fibreglass is an excellent thermal insulator. It also performs well as acoustic insulation. Specialised acoustic glasswool batts are ideal for soundproofing your home while also improving energy efficiency. How effective a fibreglass product is at resisting heat flow depends on its thickness and R-Value.

Q: Why is fiberglass so good?

A: Fibreglass is an excellent thermal insulator. It also performs well as acoustic insulation. Specialised acoustic glasswool batts are ideal for soundproofing your home while also improving energy efficiency. How effective a fibreglass product is at resisting heat flow depends on its thickness and R-Value.

Q: Why can't you touch fiberglass?

A: While touching fiberglass doesn't usually lead to long-term effects on your health, exposure to it may cause intense itching, redness, or a rash. So, it's important to remove fiberglass from your skin as soon as possible so it doesn't come in contact with your eyes, nose, or throat.

As one of the most professional fiberglass product enterprises in China, we're featured by quality products and good service. Please rest assured to wholesale discount fiberglass product in stock here from our factory. Contact us for customized service.

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