If you need special steel materials used in high end or special tooling and manufacturing, M2 steel is one of the most popular choices. With excellent hardness, wear resistance, and toughness, M2 steel is a perfect solution for everything from cutting tools to industrial machinery components. Today we share about the factors that influence M2 steel price and how you can make the most cost saving purchasing decisions.
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Before we discuss the M2 steel price, it&#;s important to understand what M2 steel actually is. M2 steel is a high-speed tool steel that belongs to the family of alloy steels. Composed mainly of carbon, chromium, molybdenum, and tungsten, steel M2 is designed to withstand high temperatures and resist wear. Just because of these properties, M2 steel is widely used in the manufacturing of cutting tools, drills, and dies.
The versatility and strength of M2 steel make it an ideal material for industries such as aerospace, automotive, and metalworking. Whether you need M2 steel knife blades or M2 steel tool plates, the steel&#;s inherent hardness allows it to perform exceptionally well even under extreme conditions.
You know many factors influence M2 steel price. M2 steel pricing factors include raw material costs, that is the chemical alloy elements, supply and demand changes, and production methods & machining etc.
Element Percentage (%) Carbon (C) 0.78 &#; 0.88 Chromium (Cr) 3.75 &#; 4.25 Molybdenum (Mo) 4.50 &#; 5.50 Tungsten (W) 5.50-6.75 Vanadium (V) 1.75-2.20 Manganese (Mn) 0.15 &#; 0.40 Silicon (Si) 0.20 &#; 0.45 Phosphorus (P) &#; 0.03 Sulfur (S) &#; 0.03For instance, the cost of tungsten and molybdenum&#;two key chemical compositions in M2 steel&#;directly affects the M2 steel cost. If the price of these raw alloy rises due to mining shortages or supply chain disruptions, it often leads to higher steel prices for M2 plate or round bar.
Similarly, market fluctuations can significantly affect M2 high-speed steel pricing, causing prices to fluctuate throughout the year.
M2 steel market trends have a significant impact on the price you&#;ll pay. Global economic conditions, changes in demand for high-performance tools, and the availability of raw materials all contribute to the rise and fall of M2 steel prices.
For example, during periods of high demand for industrial tools&#;such as in the automotive or aerospace industries&#;the demand for M2 steel can drive prices upward. On the flip side, during slowdowns or oversupply situations, the price can drop. Understanding M2 steel price comparison across different suppliers and regions can give you better insight into current market conditions, allowing you to time your purchases strategically.
When buying M2 steel, prices are often quoted by the ton. M2 steel prices per ton can vary widely depending on the supplier, the form of the material (e.g., plate, bar, sheet), and the size of the order. Bulk orders often come with discounted pricing, while small quantities may be more expensive per ton.
Generally for now, Dec, , the M2 raw material black surface, EXW price is around 9 USD/KG. But the price varies according to different size, condition and tolerance etc.
Choosing the right M2 steel supplier is important to ensure that you get the best price while also receiving high-quality material. The best M2 steel suppliers provide a range of services, from custom cutting of M2 steel plates to offering detailed test certificate for material properties.
When looking at M2 tool steel pricing, consider not only the price but also the supplier&#;s experience and reputationfor quality, reliability, and customer service. Some suppliers may offer competitive pricing but deliver inconsistent quality, while others may provide excellent material but at a higher price.
Managing M2 steel costs is essential for manufacturers to maintain profitability. While M2 high-speed steel pricing may seem high compared to other materials, its longevity and performance often justify the price. To minimize costs, consider strategies like bulk purchasing, partnering with suppliers for discounts, or optimizing cutting and machining processes to reduce material waste.
With competitive price and timely delivery, Jiebao sincerely hope to be your supplier and partner.
Keeping an eye on M2 steel cost fluctuations is another way to manage expenses. By staying informed about market trends and being flexible with timing, manufacturers can take advantage of lower prices when they occur.
Understanding M2 steel price is crucial for making informed purchasing decisions that impact both your budget and production quality. Whether you&#;re buying M2 tool steel, M2 steel plate, or any other form of M2 steel, it&#;s essential to understand the factors that influence its cost, including raw material prices, market trends, and the steel&#;s heat treatment process.
For businesses that require high-performance materials, M2 steel offers exceptional value. By choosing the right suppliers, understanding M2 steel pricing factors, and monitoring M2 steel price comparison, you can make the most cost-saving decision for your manufacturing needs.
If you&#;re looking for high-quality M2 steel at competitive prices, reach out to us today to receive a special quote!
A tool steel quenched and tempered to 45 HRC offers a combination of high thermal conductivity, thermal fatigue resistance and good wear resistance, making this specialty steel particularly suitable for applications such as low-pressure die casting, high-pressure die casting (for the gate runner and biscuit area) and plastic injection molding.
Here are three steel properties to consider when selecting your next mold material to lower cycle times, and a review of how a new specialty remelted tool steel holds up:
This specialty remelted tool steel achieves a significantly higher thermal conductivity in the hardened and tempered condition of 45 HRC to 50 HRC than conventional hot work tool steels such as 1. (AISI H11) or 1. (AISI H13) (see Figure 1).
At room temperature, the thermal conductivity is 41.5 W/mK and reaches its highest value of 44.0 W/mK at 100°C. This is about 70% higher compared to 1. and 1., which show thermal conductivities of 25.5 W/mK and 26.8 W/mK at room temperature. The thermal conductivity of this specialty remelted tool steel exceeds conventional hot work tool steels, especially in the range of 100-200°C, which is equivalent to the working temperature in injection molding applications.
Molds and inserts made of this specialty grade can dissipate the process heat from the mold surface within a shorter time, resulting in shorter cycle times and higher process efficiency. In addition, temperature differences between the surface and the mold core are minimized, lowering the mold&#;s thermal stresses and reducing cracking (see Figure 2).
The heat treatment (hardening and tempering) differs from conventional hot work tool steels. Molds and inserts should be hardened in the temperature range from 1,050°C to a maximum of 1,090°C, depending on their size. The hardness after quenching is approximately 52 HRC. The secondary hardness maximum of this new specialty remelted tool steel () is around 53 HRC, reaching roughly 570°C (see Figure 3).
The steel should be tempered twice, similar to other hot work tool steels. Due to its tempering resistance, it is important to temper this steel at higher temperatures to obtain hardness values comparable to those of H11 and H13. Even larger dimensions can easily be quenched and tempered and generate a homogeneous martensitic microstructure.
Polishability is a critical tool steel property, so polishing trials were conducted to test the performance of this remelted specialty steel (the study used remelted H11 material). The processing time for standard high-gloss polishing is equivalent to H11 ESR.
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