Brand:CRM
Generally, Standard PV Ribbon Machine (Photovoltaic Ribbon Mchine) with Tin Coating Machine are used for producing solar panel ribbons, essential components. In addition to connecting solar cells within a module, these machines create flat, tinned copper conductors that transmit electrical energy efficiently. With the help of advanced multi-cage rolling mills, copper wires are rolled and flattened to precise dimensions. Moreover, the machine incorporates annealing, which softens the copper, and tinning, which enhances corrosion resistance and solderability. In addition to providing high output and efficiency, these Standard PV Ribbon Machine with Tin Coating machines are capable of producing at speeds ranging from 100 to 450 meters per minute. Servo winding and cooling mechanisms ensure consistency of quality throughout the production process through precision control systems. High-quality Solar PV ribbons result from this advanced Standard PV Ribbon Machine with Tin Coating Machine technology, which make solar panels more durable, efficient, and perform better. Sky Bluer Environmental Technology Co., Ltd made a huge update in annealing method in 2024, developing the traditional short-circuit annealing into a safer induction annealing for the stanbdard PV BusBar Production Line.
Can Our Equipment Produce A Variety Of Sizes?
Yes, In the table below you will find all the sizes produced by our Standard PV Ribbon Machine with Tin Coating Machine
# | PV Ribbon Products | Parameter | Industry Standard | Other Company | CRM |
1 |
Standard Interconnect PV Ribbon | Coating thickness | ±5μm | 25±5μm | 25±3μm |
Finished product thickness | ≥0.01mm | ≥0.015mm | ≥0.01mm | ||
Finished product width | ±0.05mm | ±0.05mm | ±0.05mm | ||
Tensile strength | ≥110Mpa | ≥150Mpa | ≥170Mpa | ||
Elongation | ≥15% | ≥25% | ≥25% | ||
Yield strength | ≤70Mpa | ≤70Mpa | 62.68Mpa | ||
Sickle bend | ≤5mm/m | ≤4mm/m | ≤4mm/m | ||
Resistivity | 0.30Ω* mm²/m | 0.02-0.023Ω* mm²/m | 0.0230 Ω* mm²/m | ||
Aging resistance | - | - | DH2000 | ||
Corrosion resistance | Salt spray test | Salt spray test 48h | Salt spray test 48h | ||
2 |
Standad Interconnect PV BusBar | Coating thickness | ±5μm | 25±5μm | 25±3μm |
Finished product thickness | ≥0.01mm | ±0.015mm | ±0.015mm | ||
Finished product width | ±0.05mm | ±0.05mm | ±0.05mm | ||
Tensile strength | ≥120Mpa | ≥150Mpa | ≥170Mpa | ||
Elongation | ≥18% | ≥25% | ≥25% | ||
Sickle bend | ≤5mm/m | ≤3mm/m | ≤3mm/m | ||
Resistivity | 0.30Ω* mm²/m | 0.02-0.023Ω* mm²/m | 0.0230 Ω* mm²/m | ||
Aging resistance | - | - | DH2000 | ||
Corrosion resistance | Salt spray test | - | Salt spray test 48h | ||
3 |
Multi-Busbar (MBB) PV Ribbon | Diameter | - | -0.003+0.012mm | -0.005,+0.015mm |
Average coating thickness | ±5μm | 17±4μm | 17±3μm | ||
Yield strength | ≤70Mpa | ≤70Mpa | ≤62.68Mpa | ||
Elongation | ≥15% | ≥25% | ≥25% | ||
Resistivity | 0.30Ω* mm²/m | ≤0.025Ω* mm²/m | ≤0.021Ω* mm²/m |