Frequently Asked Questions
Greenal Alüminyum focuses on advanced technology mechanical processing and meticulous quality control processes in accordance with international standards following the extrusion processes; it aims to leave a more livable world for future generations by optimizing resource utilization and reducing its carbon footprint.
Greenal Aluminum’s vision is to become a globally recognized leader in aluminum extrusion solutions by prioritizing innovation and environmental management, and to create lasting value for its stakeholders through a focus on continuous improvement.
Greenal Aluminum ensures quality assurance through production tailored to customer needs, regular process reviews, employee training, and full compliance with legal regulations; it aims to minimize the environmental impact of all its processes.
Greenal Aluminum conducts all its operations in compliance with local and international environmental regulations; it continuously improves its environmental performance through waste reduction, energy efficiency, risk management, and stakeholder training.
Investments in energy-efficient machinery, the integration of rooftop solar or wind energy, optimizing transportation logistics through route planning, and sourcing low-carbon raw materials are effective ways to reduce the carbon footprint.
Greenal Aluminum categorically rejects discrimination by applying objective and legal criteria in its hiring and promotion processes, and holistically supports employee development and well-being through transparent communication channels and ongoing training opportunities.
Greenal Aluminum competes fairly in the market, firmly rejecting tactics such as unfair competition and price-fixing; it provides secure and transparent reporting channels where potential violations can be reported without fear of retaliation
Standard aluminum profiles are manufactured in box, flat bar, rectangular, L-bracket, tube, solid round, square, T-shape, and hexagonal geometries; they are available with various surface finishes, such as matte or glossy anodized coatings (natural, yellow, stainless steel, black).
Custom aluminum profiles are shaped according to customer drawings and tolerances and are customized for each project throughout the entire process, including extrusion, surface treatments, anodizing, powder coating, and advanced mechanical machining.
The weight advantage provided by aluminum helps vehicles achieve higher efficiency with less fuel or energy, while reducing carbon emissions and extending the vehicle’s lifespan thanks to its high corrosion resistance.
Aluminum architectural systems contribute to the energy efficiency of buildings thanks to their high strength-to-weight ratio and long-lasting, maintenance-free design, and support green building projects through their recyclability.