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RC-A
Red Cherry
RC-A-037
The temper (T5 or T6) defines the strength and workability of your aluminum profiles. Here's a simple breakdown of their real-world impact.
The Core Difference: Cooling Method
T5 (Air-Cooled)
Process: Cooled with air after extrusion, then aged.
Result: Good strength with minimal distortion. Profiles are straighter and easier to fabricate.
Use Case: Ideal for architectural windows, decorative frames, and general industrial structures.
T6 (Water-Quenched)
Process: Rapidly cooled with water, then aged.
Result: Significantly higher strength and hardness.
Trade-off: Higher risk of warping, requiring additional straightening, which increases cost.
Use Case: Essential for high-stress applications like robotics, automotive parts, and heavy-duty frames.
Quick Selection Guide:
Choose T5 for: Best value, ease of fabrication, and superior straightness.
Choose T6 for: Maximum structural strength, when performance is critical.
Unsure which is right for your project? Our technical team is here to help you choose the optimal material.
The temper (T5 or T6) defines the strength and workability of your aluminum profiles. Here's a simple breakdown of their real-world impact.
The Core Difference: Cooling Method
T5 (Air-Cooled)
Process: Cooled with air after extrusion, then aged.
Result: Good strength with minimal distortion. Profiles are straighter and easier to fabricate.
Use Case: Ideal for architectural windows, decorative frames, and general industrial structures.
T6 (Water-Quenched)
Process: Rapidly cooled with water, then aged.
Result: Significantly higher strength and hardness.
Trade-off: Higher risk of warping, requiring additional straightening, which increases cost.
Use Case: Essential for high-stress applications like robotics, automotive parts, and heavy-duty frames.
Quick Selection Guide:
Choose T5 for: Best value, ease of fabrication, and superior straightness.
Choose T6 for: Maximum structural strength, when performance is critical.
Unsure which is right for your project? Our technical team is here to help you choose the optimal material.
