Golf Cart Tops

Golf Cart Tops

Wholesale Golf Cart Tops As a core protective component of golf carts, Busman vacuum-formed Golf Cart Tops are made from high-quality ABS plastic sheets using advanced vacuum forming technology. They offer multiple advantages such as weather resistance, UV resistance, corrosion resistance, and...
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Wholesale Golf Cart Tops

 

 

 

As a core protective component of golf carts, Busman vacuum-formed Golf Cart Tops are made from high-quality ABS plastic sheets using advanced vacuum forming technology. They offer multiple advantages such as weather resistance, UV resistance, corrosion resistance, and impact resistance, making them widely applicable to golf courses, resorts, and community mobility vehicles. They provide users with safe and comfortable driving protection, making them the industry's preferred golf cart roof solution.

 

Golf Cart Tops Features

 

Golf Cart Tops

Weather Resistance

Golf Cart Tops possess excellent temperature adaptability. With a specially modified formula, they maintain structural stability in extreme cold environments (-40℃) to high temperatures (80℃), without cracking or deformation, making them suitable for use in various climate regions worldwide.

Golf Cart Tops

UV Protection

Imported UV stabilizers are added during the production process. Through a simulated 5000-hour outdoor exposure test, the protection level reaches UV50+, effectively blocking UV erosion, preventing fading and aging of the roof panel, and extending its service life to over 8 years.

Golf Cart Tops

Resistant to rain and corrosion

Resistant to rain and corrosion

Golf Cart Tops are non-absorbent and rust-free. Their anti-fouling coating protects against rain, dew, and minor chemicals, maintaining a clean appearance even after long-term use and requiring minimal maintenance.

Flexible customization of attributes

 

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Custom Sizes: We can precisely customize the roof panel size based on customer-provided vehicle drawings (such as mainstream models like Club Car DS, E-Z-GO RXV, Yamaha Drive, etc.) or actual vehicle measurements, ensuring a perfect fit to the vehicle body and easy installation.

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Custom Colors: n addition to the standard black, white, and gray, we support custom colors based on customer brand colors or scene requirements. The color difference value is controlled within ΔE≤1.5, meeting the unified visual image requirements of places such as golf courses and resorts.

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Thickness and Structure Customization: Thickness can be flexibly selected between 3-12mm. The thinner version is suitable for lightweight mobility scooters, while the thicker version enhances protection. Customized irregular structures are also supported, such as arched roofs, roofs with storage compartments, and split roof panels.

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Customizable Surface Finishes: We offer a variety of surface finishes, including matte, glossy, wood grain, and anti-slip textures. The anti-slip texture option enhances the friction of the top panel surface, preventing items from slipping and making it more practical.

 

Professional Custom Mold Design

 

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Molds are the foundation of customized production. Busman boasts an independent mold R&D and manufacturing team, providing core assurance for the customization of Golf Cart Tops:
①High-Quality Mold Materials: Custom molds are crafted from aerospace-grade aluminum alloy, offering high hardness and excellent thermal conductivity. This not only ensures molding accuracy (error controlled within ±0.1mm) but also improves production efficiency, with a mold lifespan exceeding 100,000 cycles.
②Efficient Development Cycle: For standard models, leveraging a comprehensive model database, mold development takes only 7-15 working days. For irregularly shaped or entirely new models, 3D scanning and digital modeling technology allows for mold development and trial production in as little as 15 working days.
③Mold Maintenance and Upgrades: We provide long-term mold maintenance services, regularly inspecting mold accuracy and wear. If customers require future product structure adjustments, upgrades and modifications can be made to the existing molds, reducing secondary development costs.

 

 

 

 

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