MK-10-4080EL-X

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Product Summary

As a leading aluminum profile manufacturer, we present the MK-10-4080EL-X, a high-quality 40x80mm aluminum extrusion profile from our 40 Series. Crafted from durable Aluminum Alloy 6063-T5, this profile features six T-slots for versatile modular construction, making it ideal for machine frames, workstations, and industrial automation systems. Its silver anodized surface treatment (0-15μm) provides excellent corrosion resistance and a sleek, professional finish. With a mass of 2.301 kg/m, it offers a robust yet lightweight solution, delivering strong structural integrity with moments of inertia of 14.57 cm⁴ (Lx) and 58.31 cm⁴ (Ly). Perfect for engineers and builders seeking reliable, customizable framing components.

Frequently Asked Questions

Q1: What is the typical lead time for custom lengths of the MK-10-4080EL-X profile?
A1: As a manufacturer, we can process custom lengths quickly. Standard lead time is 3-5 business days for cutting and finishing, depending on order volume.

Q2: Can this profile be used for heavy-duty structural applications?
A2: Yes, with a moment of resistance of 14.58 cm³ (Wy) and high-strength 6063-T5 alloy, it is suitable for medium to heavy-duty frames, including conveyor systems and machine guards.

Q3: Is the anodized surface treatment resistant to scratches and chemicals?
A3: The 0-15μm anodized layer provides good wear resistance and protection against mild chemicals, making it suitable for most industrial environments.

Specifications

Specification Value
Profile Group 40 Series
Item Code PG40 MK-10-4080 EL-X
Material Aluminum Alloy 6063-T5
Color Silver
सतही उपचार 0-15μm anodized
Moment of Inertia Lx 14.57 cm⁴
Moment of Inertia Ly 58.31 cm⁴
Moment of Resistance Wx 7.29 cm³
Moment of Resistance Wy 14.58 cm³
Mass 2.301 kg/m

Profile Group 40 Series 

Item code PG40 MK-10-4080 EL-X
Description PG40x80 with 6 slots
Material Aluminum Alloy 6063-T5
Color Silver
Surface treatment 0-15μm anodized
Moment of inertia Lx 14.57cm4
Moment of inertia Ly 58.31cm4
Moment of resistance Wx 7.29cm3
Moment of resistance Wy 14.58cm3
Mass 2.301kg/m