Tin ores - Import export

Modern system technology helps ensure more efficient processes. This helps to increase system performance and optimize raw material consumption, while ensuring compliance with production specifications. We develop, build, and install systems for circuit board production worldwide, providing maintenance and replacement parts for most existing systems. Processes we have handled include treatment systems for circuit board plating lines (pattern and panel plating, including in reverse pulse plating technology), as well as systems using dipping basket technology for chemical treatment (including ENIG nickel/gold, ENEPIG nickel/palladium/gold, or immersion tin). We have designed lines ranging from multi-row lines with hoists, including for double goods carriers, and integrating automatic loading and unloading stations with customized frame and chamber solutions.  

Several bunched single wires or bundles made from Cu-ETP1 and Cu-OF1 in bare, tin-plated, nickel-plated or silver-plated, soft annealed. Single-wire diameter ranging from Ø 0.05 mm to Ø 0.51 mm, left-hand lay or right-hand lay. Cross-section ranging from 0.005 mm² to 630 mm². Those single wires do not hold a fixed position inside the strand. Their position relative to one another undergoes a permanent change along the entire length of the bunch. The construction of a bunch is derived from the cross-section required, which leads to the electrical conductor featuring a certain resistance level. Different cross-sections with the same resistance value can be generated by applying single wires of varying sizes. Owing to their good efficiency our bunched single wires are versatile in a multitude of applications in cables and conductors.

Strands with a concentric structure made from Cu-ETP1, Cu-OF1 and LEONI Histral® alloys in bare, tin-plated, nickel-plated or silver-plated, soft annealed. Single-wire diameter ranging from Ø 0.05 mm to Ø 0.51 mm, left-hand lay or right-hand lay. Cross-section ranging from 0.02 mm² to 630 mm². The individual wires are subject to an exact positioning around a core wire, which ensures an all-out uniform structure. Concentric strands are particularly appropriate for thin-gauge coating with high-grade isolation materials (extrusions). 7-end strands are especially suited for data cables with high frequencies of transmission. The technical qualities of a concentric strand can be extremely well and accurately customized by combining several different alloy wires.

Strands with a semi-concentric structure made from Cu-ETP1, Cu-OF1 and LEONI Histral® alloys in bare, tin-plated, nickel-plated or silver-plated, soft annealed. Single-wire diameter ranging from Ø 0.05 mm to Ø 0.51 mm, left-hand lay or right-hand lay. Cross-section ranging from 0.03 mm² to 16 mm². The individual wires are subject to an exact positioning, yet without an additional core wire, which ensures an all-out uniform structure. Concentric strands are particularly appropriate for thin-gauge coating with high-grade isolation materials (extrusions). The technical qualities of a semi-concentric strand can be extremely well and accurately customized by combining several different alloy wires.

Semi-concentric or concentric strands with very short lay lengths and an extraordinarily smooth surface made from Cu-ETP1 and Cu-OF1 in bare, tin-plated, nickel-plated or silver-plated, soft annealed. Single-wire diameter ranging from Ø 0.05 mm to Ø 0.51 mm, left-hand lay or right-hand lay. Cross-section ranging from 0.02 mm² to 16 mm². LEONI has had its manufacturing process specifically dedicated to this type of product patented. LEONI smooth bunches boast an exceptionally compact and precise round structure and have a very good Flex life. They are particularly suitable for moving applications and for thin-gauge coating with high-grade isolation materials benefitting from a long flex life as well as weight and space efficiency.

Shielding braids consist of bobbin wires, located parallel, which have been braided into a tube. Manufactured from Cu-ETP1, Cu-OF1, LEONI-Histral®-alloys (upon request), aluminium and stainless steel, with coating in bare, tin-plated, nickel-plated or silver-plated, hard or soft annealed. Sinlge-wire diameter ranging from Ø 0.10 mm to Ø 0.40 mm. Cross-section ranging from 0.25 mm² bis 400 mm². Tubular shielding braid is smoothly expandable and has a very good shielding effect. The couverage can be determined precisely by changing the braiding angle. Suitable for electrical and mechanical shielding of wires, cables, cable bundles and cable harnesses.

Compact braided round copper flexibles made from Cu-ETP1 and Cu-OF1, LEONI Histral® alloys upon request, in bare, tin-plated, nickel-plated or silver-plated, in hard or soft annealed. Single-wire diameter ranging from Ø 0.05 mm to Ø 0.10 mm. Cross-section ranging from 0.047 mm² to 25 mm² (bigger cross-sections upon request). Round copper braids are characterised by a very high degree of dimensional accuracy and a very high Flex life. They are absolute free from twist and support an automatic further processing. Compact braided round copper flexibles are particularly suitable for carbon brushes industry, connection technology, switches or aviation industry.

Compact braided square and rectangular copper flexibles made from Cu-ETP1, Cu-OF1 and LEONI Histral® alloys (upon request) in bare, tin-plated or silver-plated. Single-wire diameter ranging from Ø 0.05 mm to Ø 0.20 mm. Cross-section ranging from 0.47 mm² to 50 mm² (further dimensions upon request). Square copper braids require less space in comparison to round copper braids with the same cross-section. There is a precise positioning owing to square or rectangular shape, which allows for failure-free and fully automated downstream manufacture. Squre or rectangular copper braids are characterised by very good Flex life, being absolute free from twist, a compact cutting surface, a very high degree of dimensional accuracy and a very long lifetime. Compact braided square and rectangular copper flexibles are particularly suitable for applications in carbon brushes industry, connection technology, switches and aviation industry.