Purity : Up tp AL 99.70%
Origin : Africa
Inspection : SGS Or simlilar
Payment : 100% Irrevocable Transferable L/C
Packing : Standard
Delivery Time : Within 60 days After L/C open (1st Delivery)
Within 45 days after L/C Open
Price Valid : /until 3 Months from the date of FCO
We would like to offer the following aluminium billets, located in Dresden, Germany. We have 4 trucks in the customs warehouse. 2 trucks = 6060 c-152 1 truck = 6060 c-178 1 truck = 6063 c-178 We are ready to negotiate the favorable price for you. The certificate for your reference is available on request.
Aluminium Products: 1050 Alloy Alloy 1070 Alloy Alloy 1080 Alloy Alloy 3003 Alloy Alloy 3103 Alloy Alloy 6005 Alloy Alloy 6060 Alloy Alloy 6060-30 Alloy Alloy 6060-90 Alloy Alloy 6063 Alloy Alloy 6082 Alloy Alloy 6463 Alloy Alloy A7 Alloy Alloy A8 Alloy Alloy
Our aluminium billets have been produced from strictly material choosing process. After being refined and casted in an advance technology system, the billets can serve you at the highest quality standard.
Set sail with confidence using our 6063 marine-grade aluminum billets. Engineered to withstand harsh marine environments, these billets offer superior corrosion resistance and durability. Ideal for crafting marine components and structures, our 6063 billets ensure your nautical projects stand up to the challenges of the sea.
Embark on an eco-friendly manufacturing journey with our sustainable aluminum billets. Meticulously sourced and processed, these billets adhere to the highest environmental standards. By choosing our aluminum billets, you contribute to a greener future without compromising on quality. Harness the strength and versatility of aluminum while minimizing your carbon footprint in every production cycle.
Explore our high-quality aluminum billets meticulously crafted for aerospace engineering. With exceptional strength-to-weight ratio and superior machinability, our billets provide the ideal foundation for manufacturing components in the aerospace industry, ensuring reliability and performance under demanding conditions.