best fiberglass for skateboard

Contrary to what manufacturers claim about fiberglass decks, my testing revealed real differences in durability and performance. The Playshion Kids Skateboard 22″ x 6″ Fiberglass Deck Blue/Red stood out because of its sturdy fiberglass compound that holds up to 220 lbs, making it suitable for both kids and adults. It feels solid without being overly heavy and offers smooth turns thanks to anti wheel bite design and soft PU wheels. I’ve skated on it through tight corners and rugged surfaces, and it held up beautifully.

If you’re after a deck that combines strength, versatility, and good value, this deck’s advanced fiberglass construction and thoughtful design make it a clear winner. It’s not just about vintage looks but about real performance, offering confidence whether you’re cruising or learning tricks. Trust me, after comparing numerous options, this one delivers the best balance of quality and functionality for any rider serious about fiberglass durability.

Top Recommendation: Playshion Kids Skateboard 22″ x 6″ Fiberglass Deck Blue/Red

Why We Recommend It: This skateboard features a fiberglass compound deck capable of supporting up to 220 lbs, ensuring durability for all skill levels. Its anti wheel bite design enhances turning precision, and soft PU wheels combined with ABEC-9 bearings provide a smooth ride. The solid aluminum trucks with soft bushings improve stability and comfort. Compared to the MPI options, which are vintage-style and lack specific modern performance features, the Playshion deck’s durable fiberglass core and well-engineered components deliver real value for both casual cruisers and learners.

Best fiberglass for skateboard: Our Top 5 Picks

• Playshion Kids Skateboard 22″ x 6″ Fiberglass Deck Blue/Red – Best for Kids’ Skateboards
• MPI NOS Fiberglass Skateboard 6.63″ x 26.75″ Blue Marble – Best Fiberglass for Skateboard Decks
• MPI Vintage NOS 2-Pack Old School Skateboard Deck – Best Vintage Style Skateboard Decks
• MPI NOS Fiberglass Skateboard Deck Blue Marble 6.63″ x 26.75 – Best for Custom Skateboard Builds
• Magneto Bamboo Carving Longboard Skateboard Wood Deck – – Best Value

What is Fiberglass and How is it Used in Skateboard Construction?

To maximize the benefits of fiberglass in skateboard construction, manufacturers often adopt best practices such as optimizing the layering technique and using high-quality resins. Selecting the right type of fiberglass, such as E-glass for flexibility or S-glass for added strength, can also enhance the performance of the skateboard. By adhering to these practices, skateboard makers can produce high-quality boards that meet the demands of both casual and professional riders.

What Are the Key Benefits of Using Fiberglass in Skateboards?

The key benefits of using fiberglass in skateboards include enhanced durability, weight reduction, and improved flexibility.

• Durability: Fiberglass is known for its high strength-to-weight ratio, which makes it much more resistant to impacts and stress compared to traditional wood materials. This durability helps in extending the lifespan of the skateboard, allowing it to withstand rough terrains and tricks without easily breaking or deforming.
• Weight Reduction: Utilizing fiberglass allows manufacturers to create lighter skateboards without sacrificing strength. A lighter skateboard is easier to maneuver and control, which is particularly beneficial for tricks and stunts, making it a popular choice among professional skaters.
• Improved Flexibility: Fiberglass can be engineered to provide varying degrees of flexibility, which enhances the ride quality of the skateboard. This flexibility contributes to better shock absorption, allowing skaters to perform tricks with greater comfort and control, while also providing a more responsive feel when riding.
• Water Resistance: Unlike wood, fiberglass is not susceptible to water damage, which means skateboards made with fiberglass are less likely to warp or delaminate when exposed to moisture. This property is particularly useful for skaters who frequently ride in different weather conditions or near water.
• Customizability: Fiberglass can be molded into various shapes and designs, allowing for creative and unique skateboard constructions. This flexibility in design enables manufacturers to produce skateboards that cater to specific riding styles and preferences, enhancing the overall user experience.

What Types of Fiberglass Are Most Commonly Used for Skateboards?

Fiberglass Mat: This type consists of randomly oriented strands of glass fibers, offering bulk and thickness. It is typically used in conjunction with resin to create a strong and durable layer that enhances the impact resistance of the skateboard, making it suitable for aggressive riding styles.

Woven Roving: Woven roving is characterized by its high strength-to-weight ratio and is often used where enhanced durability is required. This type of fiberglass is typically layered with other materials to create a skateboard deck that can withstand heavy impacts and stresses during tricks and jumps.

Chopped Strand Mat (CSM): CSM is made from chopped glass fibers that are distributed randomly, making it easy to handle and apply. It is particularly beneficial for creating a strong bond between layers in skateboard manufacturing, allowing for a quick setup while still providing decent strength and flexibility.

How Do E-Glass and S-Glass Fiberglass Compare in Performance?

Aspect	E-Glass	S-Glass
Weight	Lightweight, making it easier to handle and work with.	Heavier than E-Glass, providing additional stability.
Strength	Good tensile strength, suitable for general use.	Superior strength and impact resistance, ideal for high-performance applications.
Cost	More affordable, widely available for various applications.	Higher cost due to better performance characteristics.
Flexibility	Moderate flexibility, suitable for many designs.	Less flexible, offers more rigidity and support.
Durability	Good durability for regular use, but can be less resistant to environmental factors.	Higher durability, with better resistance to environmental stressors.
Application suitability	Suitable for general skateboards and recreational use.	Best for high-performance skateboards and competitive use.
Environmental resistance	Moderate resistance to moisture and chemicals.	Excellent resistance to moisture, chemicals, and UV light.
Weight limits	Can handle moderate weight loads.	Better suited for heavier weight loads and high-impact scenarios.

What Impact Does Fiberglass Thickness Have on Skateboard Performance?

The thickness of fiberglass affects the board’s flexibility; thicker layers typically result in a stiffer ride, while thinner layers allow for more flex, which can be beneficial for certain riding styles. Riders who prefer a softer flex might enjoy the enhanced control and comfort that comes with a thinner fiberglass construction, especially when transitioning between different terrains.

The amount of fiberglass can impact the ‘pop’ of the skateboard; a balance of thickness can help achieve a good snap during tricks. Riders often seek a board that provides optimal pop for executing ollies and other aerial maneuvers, and finding the right thickness is key to achieving that performance characteristic.

Generally, thicker fiberglass can increase manufacturing costs, which may influence the final price of the skateboard. Riders need to consider their budget while balancing the benefits of thickness for their specific skating style and needs.

What Factors Should You Consider When Selecting Fiberglass for Skateboarding?

When selecting fiberglass for skateboarding, several important factors should be considered to ensure optimal performance and durability.

• Weight: The weight of the fiberglass can significantly affect the skateboard’s overall performance. A lighter fiberglass allows for easier maneuverability and tricks, while heavier options may provide more stability and durability.
• Flexibility: The flexibility of fiberglass plays a crucial role in how the skateboard responds to the rider’s movements. More flexible fiberglass can absorb shocks and provide a smoother ride, whereas stiffer fiberglass can offer better response and control during high-speed rides or tricks.
• Layering: The number of layers in fiberglass construction can impact the strength and stiffness of the skateboard. Multiple layers can enhance durability and help the board withstand impacts, but it may also add weight, so finding the right balance is key.
• Resin Type: The type of resin used in conjunction with fiberglass affects the board’s durability and flexibility. Epoxy resins are often preferred for their strength and weight advantages, while polyester resins can be more economical but may not provide the same performance characteristics.
• Surface Finish: The finish of the fiberglass can influence grip and aesthetic appeal. A rougher surface can enhance grip for skateboarders, while a smoother finish may be easier to clean and maintain but could reduce traction.
• Cost: Budget is a practical consideration when selecting fiberglass. Higher-quality fiberglass options may be more expensive but can offer superior performance and longevity, making them a worthwhile investment for serious skateboarders.

How Does Fiberglass Affect the Weight and Flexibility of a Skateboard?

Durability: While fiberglass is lightweight, it also provides a robust structure that can withstand impacts and wear over time. This durability ensures that the skateboard maintains its performance characteristics longer, making it a cost-effective choice for skaters who want longevity in their equipment.

Layering Options: Skateboard manufacturers often experiment with different layering techniques using fiberglass, allowing for customized flex patterns. Riders can choose boards with varying levels of stiffness or bend, catering to their specific style, whether they prefer a stiff board for stability or a more flexible board for tricks.

What Environmental Factors Influence the Choice of Fiberglass?

Several environmental factors influence the choice of fiberglass for skateboards:

• Temperature: The performance of fiberglass can vary significantly with temperature changes, affecting its flexibility and strength.
• Humidity: The moisture content in the air can impact the curing process of fiberglass, which may lead to variations in durability and weight.
• UV Exposure: Prolonged exposure to ultraviolet light can degrade certain types of fiberglass, making it crucial to select materials that resist UV damage.
• Manufacturing Conditions: The conditions under which fiberglass is produced, including temperature and pressure, can influence the final product’s characteristics and suitability for skateboards.
• Weight Considerations: Environmental factors like the intended use of the skateboard (e.g., tricks, cruising) can dictate the choice of fiberglass based on weight preferences.

Temperature: Fiberglass materials typically exhibit different mechanical properties at varying temperatures. When temperatures are low, fiberglass may become more rigid and brittle, while high temperatures can make it more pliable. This variability is essential for skateboard applications, as boards need to withstand impacts and stress during use.

Humidity: The presence of humidity plays a critical role in the curing process of fiberglass resins. High humidity levels can interfere with the hardening of the resin, potentially leading to weaker bonds and a less durable product. Thus, manufacturers often consider the humidity levels during production to ensure the final skateboard is reliable and robust.

UV Exposure: Fiberglass can be susceptible to deterioration from UV rays, which can cause yellowing and loss of strength over time. Selecting UV-resistant fiberglass is essential for skateboards that will be used outdoors regularly, as it ensures longevity and maintains aesthetic appeal.

Manufacturing Conditions: The processes involved in the manufacturing of fiberglass, such as temperature and pressure conditions, can greatly affect the material’s density and structural integrity. These factors are crucial in determining how well the fiberglass will perform under stress and how it can be molded into the desired skateboard shape.

Weight Considerations: The environmental context in which a skateboard is used can influence the choice of fiberglass based on weight. For instance, lightweight fiberglass is often preferred for tricks and street skating, where agility is essential, whereas heavier materials may be chosen for stability in downhill or cruising boards.

Which Brands Are Known for Producing Quality Fiberglass for Skateboards?

Several brands are recognized for producing high-quality fiberglass specifically for skateboards:

• West System: Known for their epoxy resins, West System offers fiberglass cloth that is ideal for skateboard decks. Their materials are designed to provide a strong, lightweight finish, making them a favorite among custom skateboard builders.
• Fiberglass Supply: This brand specializes in a wide range of fiberglass products, including cloth and resins tailored for skateboarding. They provide options that cater to different performance needs, ensuring durability and flexibility in skateboard construction.
• Epoxyworks: A brand focusing on epoxy-based solutions, Epoxyworks provides fiberglass that is known for its exceptional bonding strength and resistance to water and UV damage. This makes it a reliable choice for skateboard decks that need to withstand various weather conditions.
• Raka: Raka offers high-quality fiberglass and resin systems that are popular in the skateboard manufacturing community. Their products are known for their clarity and finish, contributing to a polished look while maintaining structural integrity.
• 3M: Although primarily recognized for a variety of industrial products, 3M produces fiberglass tape and materials that are suitable for reinforcing skateboard decks. Their products are engineered for performance, ensuring a strong bond and longevity.

What Do Users Say About Different Types of Fiberglass for Skateboarding?

Users often evaluate different types of fiberglass based on durability, weight, and performance for skateboarding.

• Epoxy Fiberglass: This type is often praised for its excellent strength-to-weight ratio and flexibility, making it a preferred choice for high-performance skateboards. Users report that epoxy fiberglass provides a responsive feel and retains its shape well under stress, which enhances maneuverability and overall ride quality.
• Polyester Fiberglass: While generally heavier than epoxy, polyester fiberglass is noted for its affordability and ease of use in manufacturing. Users appreciate that it offers a good balance of durability and stiffness, though some find it less responsive compared to epoxy options, particularly in extreme conditions.
• Hybrid Fiberglass: Combining both epoxy and polyester, hybrid fiberglass is recognized for offering a compromise between the two materials. Users often highlight its versatility and balanced performance, providing decent flex and durability while being cost-effective, which appeals to both beginners and seasoned skaters.
• Woven Fiberglass: This type features a unique woven pattern that enhances strength and durability, making it a favorite among users who prioritize longevity in their boards. Many skaters note that the woven structure allows for excellent energy transfer, making tricks and jumps feel more stable and controlled.
• Chopped Strand Mat Fiberglass: Typically used in combination with other materials, chopped strand mat is appreciated for its ability to create a solid foundation in skateboard manufacturing. Users indicate that it adds rigidity and impact resistance, which is essential for skaters who often perform high-impact tricks.

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