MK-8-30120

As a professional aluminum profile manufacturer, we are proud to present the MK-8-30120, a high-precision 30 series aluminum extrusion designed for robust structural applications. Crafted from premium Aluminum Alloy 6063-T5, this profile features a substantial 120mm width with 10 T-slots, offering exceptional flexibility for modular framing, machine guards, workstations, and automation systems. Its silver anodized surface treatment (0-15μm) ensures excellent corrosion resistance and a sleek, professional finish. The profile boasts impressive mechanical properties, including a moment of inertia (Ly) of 172.57cm⁴ and a moment of resistance (Wy) of 28.76cm³, delivering superior strength and stability under heavy loads. With a weight of just 3.411kg/m, it balances durability with ease of handling, making it ideal for both heavy-duty industrial frameworks and lightweight custom setups. As your direct manufacturer, we guarantee consistent quality, precise tolerances, and cost-effective solutions.

Frequently Asked Questions

Q: What are the typical applications for the MK-8-30120 profile?
A: This profile is ideal for building machine frames, safety enclosures, conveyor systems, workbenches, and robotic cells. Its 10-slot design allows for easy integration of accessories like panels, hinges, and brackets.

Q: Can you provide custom cutting or additional surface treatments?
A: Yes, as a manufacturer, we offer custom cutting to length, as well as optional surface treatments such as powder coating or electrophoresis upon request. Contact us for details.

Q: What is the load-bearing capacity of this profile?
A: With a moment of resistance Wy of 28.76cm³ and Ly of 172.57cm⁴, the MK-8-30120 can support significant loads. Exact capacity depends on span and support configuration; engineering calculations are available upon request.

Specification	Value
Profile Group	30 Series
Material	Aluminum Alloy 6063-T5
Dimensions (Width x Height)	120mm (10 slots)
Surface Treatment	0-15μm Anodized (Silver)
Mass	3.411 kg/m
Moment of Inertia (Ly)	172.57 cm⁴
Moment of Resistance (Wy)	28.76 cm³