Customization Introduction

1.There are many functional types of surface treatment for the outer surface of glass, including: anti-fingerprint, high light transmittance, anti-reflection, anti-aging, enhanced touch smoothness, touch sensitivity optimization, anti-glare, paper-like feel treatment, coating self-healing, antibacterial treatment, etc.

2.Among them, the most commonly used surface treatment method is anti-fingerprint.

1.For special performance requirements (e.g., ultra-smooth, coating self-healing, aging resistance, salt spray resistance), we choose agents with corresponding special properties.

2.For high-end brand customization, we adopt top-tier internationally renowned agents to deliver an ultimate experience, making customers praise your brand’s quality on every screen touch.

4.For basic performance requirements, we pick the best possible agents within budget, balancing brand image, user experience, and procurement cost reduction. Any plan that may affect production costs or final effects will be fully communicated in advance, ensuring you understand the outcome and get the optimal result within budget..

The atomic nano-coating process is a precision coating technology we specially provide for high-end brands.

It converts high-end surface treatment agents into atomic-level particles, which are directionally deposited onto the tempered glass surface. These particles form strong chemical bond connections with the molecules of the tempered glass, achieving extremely firm adhesion. It can maintain excellent anti-fingerprint performance even after 10,000 cycles of professional wear resistance testing.

This process ensures your brand’s tempered glass retains high light transmittance, accurately restores the screen display effect, and meets the demand for precision coatings in high-end flagship mobile phones.

However, due to its precise and advanced technology, it features a long production cycle, high production cost, and limited customization flexibility (MOQ: 3000 pcs/model). We only recommend it if your brand targets the high-end or professional market with sufficient procurement budget and quantity.

For urgent orders such as e-commerce promotions or hot-selling product restocks, we suggest placing orders in advance to avoid time constraints caused by the long production cycle.

The plasma micro-spraying process is an ultra-cost-effective technology we specially provide for you.

It converts high-end surface treatment agents into micro-level plasma spray, which quickly adheres to the tempered glass surface, achieving relatively firm adhesion.

Its surface treatment effect reaches mid-to-high quality, meeting the mid-to-high-end needs of most consumers on the market.

With the characteristics of flexible small-batch production and rapid mass production (MOQ: 300 pcs/model), it is particularly suitable for initial testing during your brand startup and small-batch rapid production for multi-functional composite customization.

This process is ideal for you when your brand needs urgent orders for production and restocking.

The use of high-quality release liners not only makes consumers perceive our careful protection of the adhesive layer, craftsmanship, and fulfilled brand commitments intuitively, but also significantly impacts the product's actual user experience.

The release liner (backing layer) directly contacts the lower surface of the tempered glass adhesive layer, playing a crucial role in protecting the adhesive layer.

The rigidity, thickness, flatness, surface smoothness, and material purity of the release liner greatly affect the flatness and air release performance of the adhesive layer, as well as the overall texture of the tempered glass product.

The adhesive layer is soft. Only release liners with sufficient rigidity, thickness, flatness, smoothness, and high material purity can provide stable mechanical fixation for the adhesive layer during the lamination process in production, ensuring the adhesive layer remains flat.

During packaging and global transportation, tempered glass products inevitably experience bumps and vibrations. Without a release liner with adequate rigidity and thickness, the adhesive layer is prone to unevenness, which impairs the product's air release performance.

If the adhesive surface is uneven, gaps will form between the adhesive layer and the screen during application, trapping air and creating bubbles that are difficult to expel quickly.

With a release liner that offers sufficient rigidity, flatness, smoothness, and high purity, the adhesive layer's stability is maintained. Almost no bubbles form during application, and the adhesive layer adheres tightly to the screen with a light press.