Factory Price Aluminium Foil 11 Micron For Sale

He aha te pepa konumohe 11 micron?

11 micron konumohe konumohe e pa ana ki te pepa angiangi o te konumohe e tata ana 11 microns (μm) mātotoru. Ko te kupu “micron” he waeine roa e rite ana ki te kotahi miriona o te mita.
Konumohe konumohe 11 micron, e mohiotia ana ko te 0.0011mm konumohe konumohe, he rauemi maha me nga ahuatanga arai pai, ngawari me te kawe.

Aluminum foil thickness application

Konumohe konumohe 11 micron Capable of being used in a variety of applications, 11 micron aluminum foil is relatively thin and may be suitable for applications requiring a lightweight, flexible material with moderate barrier properties. Such as packaging, whakawetiweti, cooking and electronics.
Aluminum foil can vary in thickness, with different thicknesses suitable for different uses.

Types of thin aluminum foil

Huawei Aluminum can provide aluminum foil with a thickness of 0.005-0.2mm, which can be used for a variety of purposes.

6 pepa konumohe micron

6 micron aluminum foil is the thinnest aluminum foil and is commonly used in capacitors, lithium batteries and other fields. Due to its extremely thin thickness, the energy density and performance stability of the device can be improved.

7 pepa konumohe micron

7-micron aluminum foil is commonly used in daily household applications such as baking pan liners and oven insulation mats. It has good thermal insulation properties and high temperature resistance, and can effectively protect food and household appliances.

9 pepa konumohe micron

9 micron aluminum foil is the most common thickness and is widely used in food packaging, pharmaceutical packaging and other fields. Due to its good moisture-proof and sealing properties, it can effectively protect food and medicine from the external environment.

13 pepa konumohe micron

13 micron aluminum foil is commonly used in oven insulation pads, car sound insulation materials and other fields. It has good heat insulation performance and noise prevention effect, which can improve the comfort and safety of the car.

18 pepa konumohe micron

18 micron aluminum foil is commonly used in building insulation materials, air conditioning ducts and other fields. Due to its good fire resistance and corrosion resistance, it can improve the safety and service life of buildings.

25 pepa konumohe micron

25 micron aluminum foil is commonly used in electronic products, printing industry and other fields. Due to its good electrical conductivity and printability, it can be used to manufacture capacitors, printed circuit boards and other products.

40 pepa konumohe micron

40 micron aluminum foil is usually used in aerospace, military and other fields. Due to its thick thickness and good corrosion resistance, it can be used to manufacture aircraft parts, missile casings and other products.

He aha nga tono o 11 pepa konumohe micron?

11 micron aluminum foil is a relatively thin aluminum foil, approximately 11 microns (μm) mātotoru. Aluminum foil is widely used in a variety of applications due to its excellent isolation properties, ngawari me te kawe. Here are some examples of possible uses for 11 pepa konumohe micron:

Te takai kai: Aluminum foil is often used in food packaging as it provides good air barrier and freshness preservation properties. This thin aluminum foil may be suitable for packaging some perishable foods, such as chocolates, candies, bread, etc.

Electronics: Thin aluminum foil is used in electronics such as battery packaging, circuit board shielding and other electronic components because it is lightweight and conductive.

Thermal Insulation: Due to its thin and flexible properties, 11 micron aluminum foil can be used for thermal insulation, for example in the construction or automotive industries for thermal insulation layers.

Arts and Crafts: Aluminum foil is also commonly used in arts and crafts, such as making decorations, sculptures or handicrafts.

Laboratory uses: Thin aluminum foil may be used in a variety of experiments in the laboratory, such as packaging samples or as isolation material during experiments.