How Do We Ensure Product Quality

Explore how we control product quality throughout the entire process

Helmet Materials Used in Our Production Process

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Helmets ABS Material

ABS

ABS possesses a variety of excellent properties, making it a commonly used material in the helmet industry. It has good strength and toughness, effectively absorbing energy, thereby providing outstanding impact resistance in helmets.

L-TENG Carbon Fiber for Helmets

Carbon Fiber

Carbon fiber is a lightweight, high-strength material widely used in helmet manufacturing due to its exceptional performance. It exhibits high resistance to chemicals and corrosion, enabling helmets to maintain stable performance in various environmental conditions.

PC

PC is a relatively lightweight material that helps reduce the overall weight of the helmet. The PC surface typically has good scratch resistance, contributing to the helmet shell's clarity and durability during use.

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EPS-Material

EPS

EPS is a lightweight material that aids in reducing the overall weight of the helmet. It has excellent energy absorption capabilities, effectively absorbing and dispersing impact energy.

Cotton Line for Helmets

Cotton Liner

Cotton liner is a common helmet liner material used to provide additional comfort and moisture absorption. It possesses mold and bacteria resistance properties.

PC Visor Cover for Helmets

Visor

PC material exhibits excellent impact resistance with high transparency, allowing the visor to provide a clear field of vision. It features anti-fog, anti-scratch, and UV-resistant properties.

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Helmets Bucket

Buckle

Used to secure the helmet on the head. The performance of the buckle directly affects the helmet's safety and wearing comfort

Helmets Adjuster

Adjuster

Typically located at the back of the helmet, its primary function is to adjust the helmet's tightness for a better fit on the wearer's head

Chin Strap

Chin Strap

Used to secure the helmet under the wearer's chin. The performance characteristics of the chin strap are crucial for the stability of the helmet and the wearer's safety.

Machines Used in Our Production Process

Helmets CNC machine

CNC Machine

Used for processing and engraving helmet shells to ensure precision and consistency in shape.

helmets molds

Mold

Essential for manufacturing helmet shells and liners, mold design directly influences the shape and quality of the helmet.

Injection Molding Machine

Employed in the production of helmet shells and other components by injecting molten plastic into molds, forming various parts of the helmet.

Thermoforming Machine

Utilized in the manufacturing of helmet shells, shaping melted plastic material into the helmet's form through a process of heating and suction.

hole punching machine

Hole Punching Machine

Typically used in helmet production for creating ventilation holes or other openings in the helmet shell. These holes contribute to improved ventilation and enhance wearer comfort.

EPS-Foaming-machine

Foaming Machine

Used to produce foam materials for helmet liners, such as Expanded Polystyrene (EPS).

Foam Molding Machine

Foam Molding Machine

Capable of molding polymer materials, including the manufacture of both shells and liners.

Painting Equipment

Employed for spray painting or other coating processes on helmet shells, providing surface decoration and protection.

sewing-machine

Sewing Machine

Provides high-quality stitching to ensure secure connections between various parts of the helmet liner, minimizing the risk of unraveling or damage.

Our Quality Testing Comprises The Following

penetration-machine

Puncture Test

Evaluates the helmet's resistance to penetration.

Rolling Test

Assesses the helmet's performance under rolling conditions.

Tensile Strength Test

Measures the strength and durability of the helmet's materials.

Impact machine

Impact Test

Determines the helmet's ability to absorb and dissipate impact energy.

UV (Ultraviolet) Test

Examines the helmet's resistance to UV radiation, ensuring long-term durability and protection against sun exposure.

L-TENG Certification

L-TENG Team

L-TENG Helmet R&D Team

Our helmet R&D team is a passionate and professional group composed of engineers, designers, testing experts, and other specialized talents. The engineering team is dedicated to innovative design, ensuring that our helmets are not only stylish and comfortable but also meet high standards of strength and energy absorption. This commitment ensures that our helmets provide optimal protection in the event of an impact.

Our safety experts are responsible for ensuring that our helmets comply with the latest safety standards and undergo rigorous testing to validate their performance. Simultaneously, designers contribute to the continuous research and development of new materials, enhancing the durability and lightweight nature of our helmets.

Through close collaboration, our R&D team relentlessly pursues innovation, aiming to provide users with industry-leading head protection technology. The synergy between our engineers, designers, and testing experts reflects our dedication to advancing helmet design and safety for the benefit of our users.

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