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納米表面保護塗層|疏水效果水珠成珠示範

BioNatro® T1 Nano Surface Protector

BioNatro® T1 Nano Fabric Anti-fouling Coating

Introduction

 
BioNatro® T1 Nano Fabric Anti-fouling Coating uses fluoropolymers to form a water- and oil-repellent nano mesh on fabric and leather fibres. Liquids tend to bead and slide off (lotus effect), so spills can often be blotted with a tissue before they soak in—helping reduce staining on sofas, carpets, car seats, office partitions, and genuine leather.
 
This is a stain-/water-/oil-repellent protector, not a long-lasting disinfectant coating (different from BioNatro PRO/EX or ZOONO day-rated products). Durability varies with cleaning frequency and environment; we do not state a single guaranteed period on this page.
 
Allerfree HK provides product information and spray-service enquiries. WhatsApp 5596 4084.
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Outcome
Example
Example
Example
Example
水滴

Three Key Features

Nanotechnology

Nanotechnology

Fluoropolymers are specifically designed to render fabrics water-, stain-, and soil-repellent. They are characterized by their moisture-repelling properties and extremely low coefficient of friction, as well as excellent weather resistance. Furthermore, they leave no visible traces after application and do not compromise the fabric's texture, breathability, or durability.

Repels liquids and reduces stain formation

Repels liquids and reduces stain formation

It forms a nano-scale protective mesh that repels both water and oil, offering protection even against contaminants dissolved in liquids. When a liquid spills onto the coating, it immediately slides off—creating a "lotus effect"—and can be easily removed along with the contaminants with just a gentle shake or a quick dab of a tissue, preventing the liquid from seeping into the fabric and causing stains.

Helps prevent the growth of mold and bacteria

Prevent the growth of mold and bacteria

Fluoropolymers possess low surface tension, making it difficult for dirt to adhere. This significantly reduces the frequency of washing and lowers the likelihood of bacterial growth.

Diverse application scenarios

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Office chairs

Our nano-coating effectively prevents sweat, sebum, and everyday beverages from penetrating deep into the sponge. This not only significantly extends the lifespan of the seats but also reduces annual professional cleaning costs by over 70%. It withstands tens of thousands of friction tests, ensuring the protective coating remains intact.

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carpet

Carpet fibers easily attract dust, dust mites, hair, mold, allergens, etc., accumulating deep within the carpet. Nanotechnology prevents stains from penetrating, easily handling pet excrement or food scraps, significantly reducing cleaning frequency, protecting family health, and simply solving the problem of difficult-to-clean carpets.

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Car seats

​Frequent daily friction and sun exposure are the main causes of aging in car interior fabrics or leather. Coating technology resists UV rays and wear, keeping your car's interior looking new for a long time.

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clothing

Nanotechnology does not affect the feel or color of the material, providing your clothes with top-notch stain protection that is virtually unnoticeable.

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Office partitions

In busy office environments, fabric partitions need to be antibacterial and stain-resistant. Their use can improve hygiene standards and create a more comfortable and professional working environment for employees.

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Genuine Leather

The coating provides water, oil, and mold resistance, allowing the leather to air dry naturally even after being splashed with rain. Whether it's a handbag, wallet, or sofa, the original color and texture of the leather will be preserved. The product focuses on nourishing the leather, preventing cracking caused by dryness, and ensuring that the coating does not affect the leather's natural "breathing" properties.

常見問題

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