Porous vacuum silicon thermal insulation film is a new type of thermal insulation material with cross-linked sheet structure made of medium and high molecular weight skeleton materials and nano-porous vacuum silicon stones. The pore size of nano-porous vacuum silicon stones is 10~40nm, which is smaller than the average free path of air molecules (68nm), and with a porosity of over 97% and a density as low as below 0.03g/ml, it can achieve a near-vacuum effect. Therefore, molecules inside the pores do not collide with each other, resulting in ultra-high thermal insulation performance.
Porous vacuum silicon thermal insulation film is a flexible thermal insulation sheet combining porous vacuum silicon stone materials with polymer skeleton materials through a vacuum cross-linking vaporization and high-pressure drying preparation process. It has a porous structure with a uniform surface and a thermal conductivity as low as 0.014W/(m·K). It also has excellent properties such as hydrophobicity, flame retardancy, insulation, and environmental protection. It solves the problem of thermal insulation and heat preservation in narrow spaces for electronic products and further improves human comfort. Compared with traditional thermal insulation materials, it has a lower thermal conductivity and is very suitable for use in electronic products, such as aerospace, smart handheld devices, smart wearables, e-cigarettes, wireless chargers, power supplies, small appliances, and thermal insulation and heat preservation for large equipment.

Aerogel thermal insulation film is a new type of thin-film nano-thermal insulation material that helps solve the problem of uniform heat dissipation in narrow spaces of consumer electronics and provides thermal insulation protection for weak heat-resistant components, improving product performance and service life while enhancing human comfort. Aerogel film achieves the goal of ultra-lightweight materials. Ultra-lightweight nano-aerogel high-temperature resistant thermal insulation material is prepared using the "three-dimensional network structure" technology of aerogel nanofibers and the vacuum ice crystal directional freezing growth technology, realizing the goal of transforming "stone" into a resilient, ultra-lightweight material.

Advantages of Aerogel

• Aerogel materials can withstand temperatures up to 700°C.

• Aerogel materials exhibit superior thermal insulation properties, with a lower thermal conductivity in high-temperature ranges, as low as 0.018W/(m·K), rivaling the materials used in US space exploration probes.

• Thin-film formation: With a thickness ranging from 50um to 500um and a volume density that is 1/18th of nanoparticle aerogels, it overcomes the limitations of traditional high-temperature insulation materials, which are thick and heavy.

• Excellent hydrophobicity and breathability, providing waterproofing and preventing the damaging effects of wet insulation materials.

• When combined with graphite sheet heat dissipation films and copper foils, it offers multiple thermal structure solutions.

The battery wrapping film uses a rotary printing machine to control the adhesive area through localized adhesive neutralization, meeting both drop and roller test requirements while also allowing for easy tear-off during repairs. Traditional easy-pull adhesives often break when removing the battery, causing deformation and rendering the battery unusable.

Advantages of Wrapping Film

• Easy battery removal for safe use.

• Prevents battery deformation and damage during removal.

• Provides protection for the battery.

• Made of flame-retardant material with excellent flame retardancy (UL94 VTM-0).

• Good weather resistance and resistance to aging.

• Adhesive area can be adjusted based on battery weight.

• Simple production process with low quality risk.

Display panels can be made from materials such as acrylic, PC, PET, composite board, glass, etc. Through processes like electroplating, UV transfer printing, UV printing, silk screen printing, hot stamping, CNC machining, embossing, and die-cutting, various effects such as vibrant colors, fingerprint resistance, touch functionality, infrared sensing, and hidden features can be achieved to meet customer demands.

Advantages of Silk Screen Printing

• Flexibility and adaptability: Silk screen printing can be applied to objects of various shapes and sizes, whether flat, curved, or spherical.

• Thick ink layer and strong covering power: The ink layer in silk screen printing can reach 30-100 micrometers, much thicker than other printing methods, providing strong covering power and a three-dimensional effect. Various types of inks can be used, including oil-based, water-based, synthetic resin-based, and powder inks.

• Strong weather resistance: Lightfast and fluorescent pigments can be added to the ink to ensure the printed products retain their gloss and are not affected by temperature or sunlight over time.

• Large printing area: While traditional printing methods like offset and embossing are limited by equipment to full-sheet sizes, silk screen printing can accommodate larger areas, with Gaiqi's silk screen printed products reaching up to 2.2 meters by 1 meter.