Seizmik 25019 Full-Vented Uncoated Polyethylene Windshield for Enhanced Vehicle Protection

• 0.220” optically clear uncoated polycarbonate 
• Fits Polaris General
• Made of super-durable glass-filled nylon
• Designed with built-in defog vents
• Gasket sealed against water intrusion
• Fully adjustable easy-to-use louver for variable airflow
• Two vents per windshield
• Custom designed, super strong, low profile nylon clamps do not interfere with other accessories 
• Easy turn knobs – no tools required to install

The Seizmik 25019 full-vented windshield is designed to provide superior protection and ventilation for your vehicle. Crafted from durable uncoated polycarbonate material, this windshield offers excellent resistance to impact and weather elements, ensuring long-lasting performance. Its full-vented design allows for adjustable airflow, helping to reduce fogging and improve visibility during operation.
Installation is straightforward, making it an ideal upgrade for off-road enthusiasts seeking to enhance comfort and safety. The clear, uncoated surface maintains optimal visibility while offering reliable durability against debris and environmental factors. Whether you're navigating rugged terrains or working in challenging conditions, this windshield is engineered to meet demanding outdoor requirements.
Designed to fit specific vehicle models, the Seizmik 25019 windshield combines functionality with ease of use. Its robust construction and venting features contribute to a more comfortable and secure driving experience, especially during extended outdoor excursions. Invest in this high-quality, impact-resistant windshield to protect yourself and your vehicle from the elements efficiently.

Features:

• Impact-resistant uncoated polycarbonate construction for durability

• Full-vented design for adjustable airflow and reduced fogging

• Easy installation suitable for various off-road vehicles

• Provides excellent protection against debris, weather, and environmental elements

• Clear surface maintains high visibility in diverse conditions