Talking of 1mm thick aluminium strip, you may think thin slender metallic strip rolls stacked in workshops. As a form of steel fabric with top notch overall performance, the 1mm thick aluminum strip has a extensive variety of applications. The appearance of aluminum is lovely and suitable for diverse floor remedies. The floor of aluminum and aluminum alloy has a layer of silver oxide film that will become more impregnable after being anodized, and diverse colorings and gloss can be produced by way of coloring and spraying. Then allow's check the traits of the 1mm aluminium strip.
1. The density of 1mm thick aluminium strip is small, the density of pure aluminum is 2700kg/m3, which is ready 1/3 of iron (the density of iron is 7800kg/m3).
2, the load and energy isn't high, despite the fact that the strength of natural aluminum isn't excessive, but it could be doubled by bloodless working, and similarly bolstered by using including alloying factors and then heat-handled, its energy can be similar with first rate alloy steel.
Three. Easy to method, aluminum can be cast by using any casting technique. Aluminum has desirable plasticity and can be rolled into thin plates and foils; drawn into pipes and filaments; extruded into various profiles; can be processed via diverse gadget equipment.
4, corrosion resistance, aluminum and its alloy floor is simple to form a dense, robust oxide protective movie. This shielding film gives aluminum top notch resistance to atmospheric corrosion and water corrosion, and is destroyed simplest with the aid of the extreme movement of halogen ions and alkali ions. Shielding measures can enhance the corrosion resistance of aluminum alloys.
5. Conductivity and thermal conductivity are top. The conductivity and thermal conductivity of aluminum are 2d simplest to silver, copper and gold. If calculated in step with the mass conductivity, its conductivity is double that of copper.
6. Robust reflectivity. The polished floor of 1mm thick aluminium strip has a reflectivity of greater than 80% for white mild. Aluminum has good reflectivity to infrared, ultraviolet, electromagnetic waves and warmth radiation.
7, no magnetic, the effect does now not produce sparks, sound absorption, nuclear radiation resistant color.
Eight. Pure aluminum has a melting point of 660 ° C and a thermal enlargement coefficient of 68.1 × 10 -6 m 3 / (m 3 · ok).
1. The density of 1mm thick aluminium strip is small, the density of pure aluminum is 2700kg/m3, which is ready 1/3 of iron (the density of iron is 7800kg/m3).
2, the load and energy isn't high, despite the fact that the strength of natural aluminum isn't excessive, but it could be doubled by bloodless working, and similarly bolstered by using including alloying factors and then heat-handled, its energy can be similar with first rate alloy steel.
Three. Easy to method, aluminum can be cast by using any casting technique. Aluminum has desirable plasticity and can be rolled into thin plates and foils; drawn into pipes and filaments; extruded into various profiles; can be processed via diverse gadget equipment.
4, corrosion resistance, aluminum and its alloy floor is simple to form a dense, robust oxide protective movie. This shielding film gives aluminum top notch resistance to atmospheric corrosion and water corrosion, and is destroyed simplest with the aid of the extreme movement of halogen ions and alkali ions. Shielding measures can enhance the corrosion resistance of aluminum alloys.
5. Conductivity and thermal conductivity are top. The conductivity and thermal conductivity of aluminum are 2d simplest to silver, copper and gold. If calculated in step with the mass conductivity, its conductivity is double that of copper.
6. Robust reflectivity. The polished floor of 1mm thick aluminium strip has a reflectivity of greater than 80% for white mild. Aluminum has good reflectivity to infrared, ultraviolet, electromagnetic waves and warmth radiation.
7, no magnetic, the effect does now not produce sparks, sound absorption, nuclear radiation resistant color.
Eight. Pure aluminum has a melting point of 660 ° C and a thermal enlargement coefficient of 68.1 × 10 -6 m 3 / (m 3 · ok).