Mainstream tents use aluminum alloy tent poles , the most common is 7001T6 series 8.5mm aviation aluminum poles, which are lighter than ordinary aluminum materials, have greater strength and flexibility, and stronger wind load resistance, a set of 2 aluminum pole tents Can resist 7 to 8 strong winds. In actual use, aluminum tent poles are prone to collapse at the socket due to design defects, quali...
Aluminum Pole 7075
Our 7075 Aircraft Grade Aluminum Trekking Pole set is ultra strong and the perfect travel companion, easily fitting into a backpack or suitcase. These compact poles adjust from 24 to 55 and come equipped with comfortably padded wrist straps, easy-to-use flip locks, carbide tips and all terrain accessories for a number activities. LIGHTWEIGHT (9.4 OZ PER POLE) STRONG 7075 Aluminum, DESIGNED TO LAST ...
7075 aluminum alloys for tent pole
7075 aluminum is well-known for its fatigue resistance. An economical choice for applications where frequent movement, pressure changes or other stresses are likely to be a regular feature, the 7075 aluminum alloy is a preferred choice for everything from bicycle parts to firearms. 7075 Aluminum Applications In terms of strength, 7075 Aluminum is near the top of the list among aluminum alloys manuf...
oxidation aluminum tube
Oxidation of aluminum tubes refers to a material protection technology that forms an oxide film on the surface of aluminum tubes in an electrolyte solution by applying an anode current, also known as surface anodic oxidation. After the surface of the aluminum pipe material or product is anodized, its corrosion resistance, hardness, wear resistance, insulation and heat resistance are greatly improve...
Two main factors affecting the fatigue strength of metal mat
1 The effect of chemical composition There is a close relationship between the fatigue strength and the tensile strength of the material under certain conditions. Therefore, under certain conditions, all alloy elements that can improve the tensile strength can improve the fatigue strength of the material. In comparison, carbon is the most important factor affecting the strength of the material. How...