Lm24 Aluminium Alloy Ingots

Lm24 Aluminium Alloy Ingots Specification

Technique
Die Casting

Temper
As Cast

Product Type
Alloy Ingot

Alloy
LM24 Aluminium

Grade
LM24 (ADC12 equivalent)

Shape
Rectangular Ingot

Chemical Composition
Al, Si, Cu (LM24) standard composition

Application
Automotive Parts

Dimension (L*W*H)
Standard ingot

Weight
5 kg, 7 kg

Color
Silvery Grey

Unit Size
Approx. 7 kg

Suitable For
Die Casting

Color Tone
Matte Silver

Casting Process
Die Cast

Material Source
Recycled Aluminium

Alloy Series
Casting Alloy

Standard
IS 617 Compliant

Form
Standard Ingot

Packaging Type
Pallet Bundles

Surface Finish
Smooth

Lm24 Aluminium Alloy Ingots Trade Information

Minimum Order Quantity
100 Kilograms

Payment Terms
Cash in Advance (CID)

Supply Ability
1000 Kilograms Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About Lm24 Aluminium Alloy Ingots

Discover the ineffable value of our LM24 Aluminium Alloy Ingots, a popular choice for industries seeking affordable and matchless solutions. Manufactured from recycled aluminium and engineered to IS 617 standards, these ingots deliver an astonishing blend of strength and reliability. With a smooth surface finish and a refined matte silver color, they excel in die casting applications. Available in standard dimensions, weights of 5 kg and 7 kg, and supplied in secure pallet bundles, this clearance offer ensures you never compromise on quality or budget. Perfect for automotive parts manufacturing across India.

Astonishing Versatility & Application Areas

LM24 Aluminium Alloy Ingots are ideally suited for automotive parts, precision engineering, and other demanding die casting applications. Their primary competitive advantage lies in their matchless consistency, exceptional casting properties, and smooth surface finish. These ingots are engineered for as-cast performance, making them the preferred choice for manufacturers aiming for high-quality output. Their silvery-grey appearance and reliable mechanical properties ensure that products meet rigorous market specifications across multiple surface application areas.

Packaging Details, Delivery, and Market Value

Each LM24 Aluminium Alloy Ingot is packaged in sturdy pallet bundles, ensuring secure shipping and optimal market value upon delivery. Our efficient logistics guarantee that products are delivered promptly to your location. Moreover, we offer sample availability, allowing purchasers to assess quality before bulk commitment. With care and attention to safety, we ensure each shipment maintains its integrity during transit, so you receive ingots in pristine condition, ready for immediate use or secondary processing.

FAQ's of Lm24 Aluminium Alloy Ingots:

Q: How are LM24 Aluminium Alloy Ingots typically used in manufacturing?

A: LM24 Aluminium Alloy Ingots are primarily used in die casting to produce automotive parts and engineering components due to their excellent casting properties and strong mechanical performance.

Q: What makes LM24 Aluminium Alloy Ingots a popular choice among manufacturers?

A: Their popularity stems from their affordability, matchless consistency, compliance with IS 617 standards, and their ineffable quality which ensures reliable casting results, especially in high-volume production settings.

Q: Where do you supply LM24 Aluminium Alloy Ingots from?

A: We are based in India, supplying LM24 Aluminium Alloy Ingots nationwide to various automotive and industrial manufacturers.

Q: What is the packaging and shipping process for these ingots?

A: Ingots are securely packaged in pallet bundles to ensure safe delivery. Our shipping process prioritizes secure transit and product integrity, providing confidence that the ingots arrive in top-notch condition.

Q: Can samples be requested before making a bulk purchase?

A: Yes, we offer sample availability so that customers can assess the quality and applicability of the ingots before proceeding with larger orders.

Q: What are the benefits of using recycled aluminium for these ingots?

A: Using recycled aluminium reduces environmental impact, makes the ingots more affordable, and maintains the same high performance and reliability demanded in industrial applications.