Yes, of course. We offer a wide range of steel grades with free cutting services according to your required size.

Can we provide customized cut size steel according to your requirements?

To ensure the quality and consistency of our steel products, we have implemented a rigorous quality management system that is certified to ISO standards. Our ISO certification underscores our commitment to maintaining the highest standards of quality throughout our operations.

In addition to ISO certification, we have a dedicated quality control (QC) team composed of highly skilled professionals who are trained to meticulously inspect and test our steel products at every stage of the production process. This includes thorough checks during raw material procurement, manufacturing, and final inspection before shipment.

 How do we ensure the quality and consistency of our products?

Yes, we can. Feel free to reach out to us to get the required information's and documents.

Can we provide technical specifications and mill-cert for our steel products?

Our commitment to excellence extends to international markets, where we aim to establish strong partnerships, deliver quality products and services, and uphold the same standards of professionalism and reliability that define our operations locally. If you have inquiries, please do drop us an email.

We at Special Steel & Alliance have a fleet of lorries that will deliver the goods to you at the shortest time frame possible. 

How are goods transported to you within Malaysia?

Stainless steels offer a superior blend of high strength, excellent toughness, exceptional corrosion resistance, and robust mechanical properties, even at elevated temperatures up to 600°F.

Machinery steels are carbon steels designed for the components within machines in the general mechanical engineering industry. Various grades of steel cater to components experiencing different levels of stress and pressure, from moderate to high. All our machinery steel materials undergo hardening and tempering processes suitable for both oil and water quenching. Additionally, they are apt for flame and induction hardening.

Cold Working Tool Steel are high-carbon steels enriched with alloy elements like tungsten, manganese, chromium, and molybdenum. These additions enhance the hardenability of the steel. Their high carbon content provides sufficient wear resistance, making them suitable for short-run applications.

Hot working tool steels are essential for shaping workpieces made of iron, non-ferrous metals, and their alloys at elevated temperatures. These steels play a crucial role in processes like pressure die casting, continuous casting, extrusion, drop forging, as well as in the manufacturing of tubes and glass.

Pre-hardened plastic mould steels are highly regarded in the manufacturing of plastic moulds due to their distinct properties and characteristics:
1. <ins>Wear Resistance</ins>: These steels offer exceptional resistance to wear, ensuring longevity and durability in mould applications.
2. <ins>Corrosion Resistance</ins>: They exhibit resistance against corrosion, safeguarding the moulds from degradation over time.
3. <ins>Mirror Finishability</ins>: The steels allow for a superior mirror-like finish on the moulds, enhancing the aesthetic and functional qualities of the finished plastic products.
4. <ins>Surface Workability</ins>: Their excellent surface workability facilitates intricate mould designs and modifications.
By undergoing quenching and tempering processes prior to mould production, these steels mitigate the risks of deformation and cracking, ensuring consistent and reliable performance in plastic mould applications.

Abrasion-Resistant (AR) steel plates are engineered to offer extended service life in demanding environments. These plates are the preferred choice for designers and plant operators aiming to enhance the longevity of critical components while optimizing weight efficiency.
The advantages of utilizing Abrasion-Resistant (AR) steel plates in applications subjected to impact and/or abrasive wear are significant. By selecting AR steel, industries can ensure robust performance, reduce maintenance costs, and achieve superior wear resistance, thereby maximizing operational efficiency and durability.

Cast iron is a versatile and widely-used material known for its durability, excellent machinability, and thermal conductivity. It is composed primarily of iron, carbon, and silicon, with other elements like manganese, sulfur, and phosphorus often present in smaller quantities. Cast iron is produced by melting and pouring the molten metal into molds to achieve various shapes and sizes.
Grey Cast Iron is characterized by its graphite microstructure, which gives it good thermal conductivity and damping properties. It's often used in automotive and machinery components due to its excellent machinability and wear resistance.&nbsp;

High-tensile steel plates are characterized by their low carbon content, which contributes to their exceptional tensile strength, toughness, and weldability. These qualities make them ideal for structural assemblies and applications that require welding.
ST52-3 steel is a prime example of this type of structural steel, known for its impressive mechanical properties. It boasts a yield strength of 355 N/mm² and a tensile strength ranging from 490 to 630 N/mm². Additionally, ST52-3 exhibits excellent cold-forming properties, surpassing those of its low-carbon counterparts. This steel grade is equivalent to both S355JR and S355J2, further expanding its applicability and versatility.
In addition to ST52-3, we also offer Wel-Ten 780E, another high-strength, high-tensile steel option that meets stringent performance requirements.&nbsp;

Stainless Steel

SUS 304 Austenitic Stainless Steel, SAE 304, Werkstoff 1.4301, UNS S30400, DIN X 5CrNi18-10

SSA4057 Stainless Martensitic Chrome Steel, AISI 431, JIS SUS 431, DIN X17CrNi16-2

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Stainless Steel

SUS 304 Austenitic Stainless Steel, SAE 304, Werkstoff 1.4301, UNS S30400, DIN X 5CrNi18-10

SSA4057 Stainless Martensitic Chrome Steel, AISI 431, JIS SUS 431, DIN X17CrNi16-2