Alum

BestaRC ERCUAL-A2 Aluminum Welding Rod, 2.4 mm

The BestaRC ERCUAL-A2 aluminum welding wire, 2.4 mm diameter, is suitable for both AC and DC electric arc welding. It is made from high-purity aluminum alloy and can weld aluminum and aluminum-magnesium alloys. With a 2.4 mm diameter and 1 kg per rod, it allows precise melt control and proper base metal penetration. Low electrical resistance and high thermal conductivity reduce warping and improve weld quality. ERCUAL-A2 complies with AWS A5.10 standards, and its flux coating protects the weld area from oxidation while ensuring a uniform joint. The wire provides stable arc performance, making it ideal for consistent and high-quality aluminum welding applications.

This welding wire offers excellent arc stability and flow, enabling welding of both thin and thick components. The resulting weld has a tensile strength of 90–110 MPa and hardness of 40–50 HB, ensuring optimal compatibility with the base metal. Melting temperature ranges from 600 to 650°C, and the thermal expansion coefficient is close to pure aluminum, preventing cracking. ERCUAL-A2 allows post-weld formability and corrosion resistance in humid and industrial environments. Its use in aerospace, automotive, and industrial aluminum structures guarantees high weld quality and long-term durability.

BEST ARC ER-5356 Aluminum Welding Rod, 4.0 mm

The BEST ARC ER-5356 aluminum welding rod, 4.0 millimeters in diameter, contains 5 percent magnesium alloy and is designed for welding aluminum and 5XXX series aluminum alloys. This welding rod has a 4.0 mm diameter and a 1-meter length, allowing easy use with MIG and TIG welding machines. Its tensile strength is approximately 190 megapascals, and hardness is around 60 HRB. The melting point ranges from 590 to 650 degrees Celsius, and optimal performance is ensured under argon or argon-helium shielding gases. The engineered smooth surface and uniform diameter provide strong and consistent welds in industrial welding applications.

The BEST ARC ER-5356 aluminum welding rod, 4.0 mm, has a metal deposition rate between 1.8 and 2.1 kilograms per hour, with a recommended current range of 120 to 160 amperes. This welding rod offers high corrosion resistance in marine and industrial environments and can fill gaps up to 3 millimeters. The aluminum-coated surface prevents oxidation and maintains long-term weld quality. Its sturdy rod structure allows reliable use under vibration and variable pressure conditions.

BEST ARC ER-5183 Aluminum Welding Rod, 2.4 mm

The BEST ARC ER-5183 aluminum welding rod, 2.4 millimeters in diameter, contains 5 percent magnesium and 0.15 percent chromium, designed for welding 5XXX series aluminum alloys. The 2.4 mm diameter and 1-meter rod length allow easy use with MIG and TIG welding machines. Its tensile strength is approximately 215 megapascals, and hardness is around 65 HRB. The melting point ranges from 585 to 640 degrees Celsius, and optimal performance is ensured under argon or argon-helium shielding gases. The precisely engineered smooth surface and uniform diameter provide strong and consistent welds in industrial welding operations.

The BEST ARC ER-5183 aluminum welding rod, 2.4 mm, has a metal deposition rate between 1.0 and 1.3 kilograms per hour, with a recommended current range of 70 to 100 amperes. This welding rod offers excellent corrosion resistance in marine and industrial environments and can fill gaps up to 1.8 millimeters. The aluminum-coated surface prevents oxidation and maintains long-term weld quality, ensuring uniform joints under vibration and variable pressure conditions.

BEST ARC ER-5356 Aluminum Welding Rod, 3.2 mm

The BEST ARC ER-5356 aluminum welding rod, 3.2 millimeters in diameter, contains 5 percent magnesium alloy and is designed for welding aluminum and 5XXX series aluminum alloys. The 3.2 mm diameter and 1-meter rod length allow easy use with MIG and TIG welding machines. Its tensile strength is approximately 190 megapascals, and hardness is around 60 HRB. The melting point ranges from 590 to 650 degrees Celsius, and optimal performance is ensured under argon or argon-helium shielding gases. This engineered design provides strong and consistent welds in industrial welding operations.

The BEST ARC ER-5356 aluminum welding rod, 3.2 mm, features a smooth surface and uniform diameter, enhancing weld quality and joint strength. The metal deposition rate is between 1.5 and 1.8 kilograms per hour, with a recommended current range of 100 to 140 amperes. This welding rod offers high corrosion resistance in marine and industrial environments and can fill gaps up to 2.5 millimeters. The aluminum-coated surface prevents oxidation and maintains long-term weld quality.

BEST ARC ER-5183 Aluminum Welding Rod, 3.2 mm

The BEST ARC ER-5183 aluminum welding rod, 3.2 millimeters in diameter, contains 5 percent magnesium and 0.15 percent chromium, designed for welding 5XXX series aluminum alloys. The 3.2 mm diameter and 1-meter rod length allow easy use with MIG and TIG welding machines. Its tensile strength is approximately 215 megapascals, and hardness is around 65 HRB. The melting point ranges from 585 to 640 degrees Celsius, and optimal performance is ensured under argon or argon-helium shielding gases. The smooth surface and uniform diameter provide strong and consistent welds in industrial projects.

The BEST ARC ER-5183 aluminum welding rod, 3.2 mm, has a metal deposition rate between 1.5 and 1.8 kilograms per hour, with a recommended current range of 100 to 130 amperes. This welding rod offers excellent corrosion resistance in marine and industrial environments and can fill gaps up to 2.5 millimeters. The aluminum-coated surface prevents oxidation and maintains long-term weld quality, ensuring uniform joints under vibration and variable pressure conditions.

BEST ARC ER-5183 Aluminum Welding Rod, 4.0 mm

The BEST ARC ER-5183 aluminum welding rod, 4.0 millimeters in diameter, contains 5 percent magnesium and 0.15 percent chromium, designed for welding 5XXX series aluminum alloys. The 4.0 mm diameter and 1-meter rod length allow easy use with MIG and TIG welding machines. Its tensile strength is approximately 215 megapascals, and hardness is around 65 HRB. The melting point ranges from 585 to 640 degrees Celsius, and optimal performance is ensured under argon or argon-helium shielding gases. The smooth surface and uniform diameter provide strong and consistent welds in industrial projects.

The BEST ARC ER-5183 aluminum welding rod, 4.0 mm, has a metal deposition rate between 2.0 and 2.3 kilograms per hour, with a recommended current range of 130 to 170 amperes. This welding rod offers excellent corrosion resistance in marine and industrial environments and can fill gaps up to 3 millimeters. The aluminum-coated surface prevents oxidation and maintains long-term weld quality, ensuring uniform joints under vibration and variable pressure conditions.

Brahma 1/2-Inch Aluminum Base Solenoid Valve Model EG12SGMO

The Brahma solenoid valve model EG12SGMO is a precise safety and control valve with a 1/2-inch size and aluminum body, designed for gas and burner systems. Its supply voltage is 230 volts AC, and the opening and closing time is under 1 second, ensuring combustion system safety. The valve can handle a maximum working pressure of 360 millibars, and its single-stage design guarantees complete and rapid operation in fully open or closed positions. The aluminum construction provides high resistance against corrosion, temperature, and pressure, ensuring a long service life.

The 1/2-inch Brahma solenoid valve with aluminum base design allows easy installation in industrial gas lines and burners. Its operating temperature range is from minus 20 to plus 60 degrees Celsius. The coil with Class H thermal insulation withstands up to 180 degrees Celsius, and low power consumption ensures high efficiency. This valve is fully compatible with Brahma burner controllers, providing safe and precise gas flow control, while minimizing maintenance requirements.

TCG22 lathe insert for aluminum

The TCGT22 turning insert for aluminum is made from tungsten carbide with a surface hardness of approximately 2400HV. The cutting edge length is 12.7 mm and thickness 4.76 mm, ideal for fast and precise chip removal. A nose radius of 0.8 mm combined with a positive rake angle of 20 degrees provides smooth cutting performance and better chip control. The clearance angle of 7 degrees reduces friction and extends tool life. The TiN coating increases wear resistance and reduces metal adhesion to the tool, which is crucial in aluminum machining.

The TCGT22 insert operates at cutting speeds between 500 and 700 meters per minute and feed rates from 0.15 to 0.4 mm per revolution, enhancing productivity in aluminum machining. Its geometric design reduces vibration and improves surface finish quality. Standard coding includes precise dimensions, coating type, and dimensional tolerances for easy tool identification and replacement. Optimized cutting parameters and proper lubrication can extend tool life up to 120 minutes.

Aluminum Welding Rod ER-5356, 2.4 mm, BEST ARC

The BEST ARC ER-5356 aluminum welding wire, 2.4 millimeters in diameter, features a 5 percent magnesium alloy designed for welding aluminum and 5XXX series aluminum alloys. This welding wire comes in 1-meter long rods, enabling easy use with MIG and TIG welding machines. Its tensile strength is approximately 190 megapascals, with a hardness around 60 HRB. The melting point of the ER-5356 wire ranges between 590 and 650 degrees Celsius, and it performs optimally under argon or argon-helium shielding gases.

The BEST ARC ER-5356 aluminum welding wire, with a precisely smooth surface and uniform diameter, ensures strong and consistent welds. Its metal deposition rate is approximately 1.2 to 1.5 kilograms per hour, with a recommended current range of 80 to 120 amperes. This wire offers excellent corrosion resistance in marine and industrial environments and can fill gaps up to 2 millimeters. The aluminum-coated surface prevents oxidation and maintains weld quality over long-term use.