Are you in the market for high-quality mould steel? With so many factories out there, choosing the right one can feel overwhelming. By comparing the top mould steel factories, you can ensure you’re making an informed decision that meets your needs. Dive in to discover the best options available!
Mold Steel OEM Manufacturer & Supplier
Product Details: Mold steel is a specialized type of steel used for manufacturing molds in processes like injection molding, die casting, and stamping. It is engineered for high performance in tough manufacturing environments with a hardness rating of up to 60 HRC.
Technical Parameters:
– Hardness: Up to 60 HRC (Rockwell hardness)
– Heat Resistance: Up to 600°C (1112°F)
– Common Grades: S35C, 40Cr, 42CrMo4, S45C, S50C, S55C
– Thickness Range: 6–250mm
– Width Range: 900–4800mm
– Length Range: 3000–25000mm
Application Scenarios:
– Automotive: Car body panel molds, interior component molds
– Electronics: Smartphone casing molds, circuit board molds
– Aerospace: Aircraft component molds, engine housing molds
– Medical: Syringe molds, surgical instrument molds
– Packaging: Bottle cap molds, food packaging molds
– Consumer Goods: Toy molds, household appliance molds
Pros:
– Exceptional wear resistance, reducing the need for frequent replacements
– High heat tolerance for stability in high-temperature applications
– Corrosion resistance minimizing material degradation
– Good machinability for precision molds with tight tolerances
– 20-30% longer mold life compared to alternatives
– Can improve overall productivity by up to 15-20%
Cons:
– Higher initial cost compared to regular steel
– Requires specialized heat treatment processes
– May have limited availability in certain grades
– Can be challenging to machine if not properly heat treated
– Requires careful handling to maintain surface finish
A Complete Guide to Mould Steel Manufacture Processes
Product Details: Mould steel is a special category of steel used to create molds for shaping materials such as metals, plastics, and rubber. It is essential for high-quality production in various manufacturing industries.
Technical Parameters:
– Hardness: Varies by grade (Medium to High)
– Toughness: Varies by grade (High to Very High)
Application Scenarios:
– Injection molds for plastic manufacturing
– Die casting molds for shaping molten metals
Pros:
– High durability and resistance to deformation
– Versatile applications across multiple industries
Cons:
– Can be expensive depending on the grade
– Requires precise manufacturing processes to ensure quality
International Mold Steel
Product Details: International Mold Steel (IMS) offers a wide range of high-quality steel products including cold work steels, hot work steels, and plastic/rubber mold steels.
Technical Parameters:
– Uniform hardness through the core
– Clean microstructures for machining
Application Scenarios:
– Machining
– Heat treating
Pros:
– Tough and long-wearing steels
– Best balance of toughness and strength
Cons:
– Specific application requirements may limit versatility
– Potentially higher cost for specialty grades
Choose the Perfect Steel for Durable Molds: Guide
Product Details: P20, H13, S7, 718, NAK80, S136, 2312 are commonly used steels for injection molds. These steels offer a balance of hardness, wear resistance, and heat resistance for high-quality injection molded parts.
Technical Parameters:
– P20 steel: Pre-hardened to 285-330HB, hardness 30-36HRC, good machinability and…
– H13 steel: High hardness, wear resistance, heat resistance, suitable for high-te…
Application Scenarios:
– P20 steel: Small and medium-sized injection molds for general-purpose applicatio…
– H13 steel: High-temperature molds in industries such as automotive, aerospace, a…
Pros:
– P20 steel: Cost-effective, good machinability, and wear resistance.
– H13 steel: Excellent heat resistance and toughness for high-temperature molding.
Cons:
– P20 steel: Not ideal for high-temperature or high-stress applications.
– H13 steel: May not be necessary for lower-temperature molds, leading to unnecess…
About Mold Steel | Mould Steel Selection Guide | Injection Mold Steel
Product Details: Mold steel is used to manufacture molds for various applications including cold-punching, hot forging, and die-casting. It is essential for machinery manufacturing and directly impacts product quality.
Technical Parameters:
– Wear Resistance: High hardness for good wear resistance.
– Obdurability: Requires great strength and toughness to handle impact loads.
Application Scenarios:
– Used in the manufacturing of molds for machinery and automotive industries.
– Applicable in plastic injection molds and die-casting dies.
Pros:
– High wear resistance and durability.
– Good machinability and heat treatment properties.
Cons:
– Can be expensive depending on the grade and specifications.
– Requires careful selection based on specific application needs.
Mold steel – A comprehensive guide – Go4Mould
Product Details: Mold steel is used for creating molds in various applications such as cold-punching molds, hot-forging dies, and die-casting molds. It is known for its strength and wear resistance, making it suitable for high-volume production.
Technical Parameters:
– Resistance to wear
– Durability
– Fatigue resistance
– High-temperature features
– Corrosion protection
Application Scenarios:
– Plastic injection molding
– Manufacturing of automotive parts
– Production of complex machinery components
Pros:
– High strength and wear resistance
– Long mold life
– Good machinability with certain grades
Cons:
– Can experience fatigue fractures under high pressure
– May require specific heat treatment for optimal performance
Why Partnering with a Reliable Mould Steel Factory Matters
Product Details: Mould steel used for manufacturing tools and dies in various industries.
Technical Parameters:
– High tensile strength
– Durability and resistance to wear
Application Scenarios:
– Automotive industry
– Consumer electronics manufacturing
Pros:
– Consistent quality assurance
– Long-term cost savings
Cons:
– Initial higher cost
– Dependence on factory reliability
Mold Steel Products
Product Details: Mold Steel products offered by BICO Steel, designed for various industries requiring sophisticated tooling solutions.
Technical Parameters:
– Grades: HRS, A36, 1022, C1119, C1045, 4140, 4142, 4140HT, Benchmark P20, P20 Cor…
– Hardness: Ranges from As Rolled to 34-38 RC
Application Scenarios:
– Manufacturing of production molds in various industries
– Custom fabrications and machining for die sets
Pros:
– Wide variety of mold steel options to meet complex manufacturing needs
– Expert consultation available to match the correct grade for projects
Cons:
– Some specifications and PDFs are not yet available
– Limited information on hardness for certain grades
Mold Steel – Finkl Steel
Product Details: Finkl Steel offers a range of mold steels designed for plastic injection molding applications, including various grades with specific properties for machinability, polishability, thermal conductivity, and mechanical strength.
Technical Parameters:
– Material Grades: HolderBloc®, CoreBloc™, MAR-X®, Mold Die®, Hi-Hard MD®, Mold Di…
– Hardness Ranges: 27-33 HRC, 30-34 HRC, 321-352 BHN, 363-401 BHN, etc.
Application Scenarios:
– Aerospace
– Automotive
– Defense
– Heavy Manufacturing
– Mining
– Oil & Gas
Pros:
– Wide range of mold materials tailored for specific applications.
– High-quality steel with excellent machinability and polishability.
Cons:
– Not recommended for highly polished surfaces with certain grades.
– Some grades may have limitations in hardenability for larger applications.
mold steel – Shxsteels
Product Details: Mold steel, also known as mold tool steel, is used for making molds, dies, and tooling for industrial processes like plastic injection molding, die casting, and stamping.
Technical Parameters:
– Wear Resistance: Excellent wear resistance to withstand abrasive materials.
– Heat Resistance: Can withstand elevated temperatures and thermal cycling without…
Application Scenarios:
– Plastic Injection Molding: Used to make molds for producing plastic parts.
– Die Casting: Molds for creating metal parts through high-pressure injection.
Pros:
– Dimensional Stability: Maintains precision and accuracy in molded parts.
– Corrosion Resistance: Designed to resist corrosion from moisture and chemicals.
Cons:
– Cost Considerations: Higher grades may be more expensive.
– Machinability: Some grades may have varying levels of machinability.
Related Video
Comparison Table
| Company | Product Details | Pros | Cons | Website |
|---|---|---|---|---|
| Mold Steel OEM Manufacturer & Supplier | Mold steel is a specialized type of steel used for manufacturing molds in processes like injection molding, die casting, and stamping. It is engineere… | – Exceptional wear resistance, reducing the need for frequent replacements – High heat tolerance for stability in high-temperature applications – Corr… | – Higher initial cost compared to regular steel – Requires specialized heat treatment processes – May have limited availability in certain grades – Ca… | steelprogroup.com |
| A Complete Guide to Mould Steel Manufacture Processes | Mould steel is a special category of steel used to create molds for shaping materials such as metals, plastics, and rubber. It is essential for high-q… | – High durability and resistance to deformation – Versatile applications across multiple industries | – Can be expensive depending on the grade – Requires precise manufacturing processes to ensure quality | qilusteelgroup.com |
| International Mold Steel | International Mold Steel (IMS) offers a wide range of high-quality steel products including cold work steels, hot work steels, and plastic/rubber mold… | – Tough and long-wearing steels – Best balance of toughness and strength | – Specific application requirements may limit versatility – Potentially higher cost for specialty grades | imsteel.com |
| Choose the Perfect Steel for Durable Molds: Guide | P20, H13, S7, 718, NAK80, S136, 2312 are commonly used steels for injection molds. These steels offer a balance of hardness, wear resistance, and heat… | – P20 steel: Cost-effective, good machinability, and wear resistance. – H13 steel: Excellent heat resistance and toughness for high-temperature moldin… | – P20 steel: Not ideal for high-temperature or high-stress applications. – H13 steel: May not be necessary for lower-temperature molds, leading to unn… | zetarmold.com |
| About Mold Steel | Mould Steel Selection Guide | Injection Mold Steel | Mold steel is used to manufacture molds for various applications including cold-punching, hot forging, and die-casting. It is essential for machinery… | – High wear resistance and durability. – Good machinability and heat treatment properties. |
| Mold steel – A comprehensive guide – Go4Mould | Mold steel is used for creating molds in various applications such as cold-punching molds, hot-forging dies, and die-casting molds. It is known for it… | – High strength and wear resistance – Long mold life – Good machinability with certain grades | – Can experience fatigue fractures under high pressure – May require specific heat treatment for optimal performance | go4mould.com |
| Why Partnering with a Reliable Mould Steel Factory Matters | Mould steel used for manufacturing tools and dies in various industries. | – Consistent quality assurance – Long-term cost savings | – Initial higher cost – Dependence on factory reliability | qilusteelgroup.com |
| Mold Steel Products | Mold Steel products offered by BICO Steel, designed for various industries requiring sophisticated tooling solutions. | – Wide variety of mold steel options to meet complex manufacturing needs – Expert consultation available to match the correct grade for projects | – Some specifications and PDFs are not yet available – Limited information on hardness for certain grades | bicosteel.com |
| Mold Steel – Finkl Steel | Finkl Steel offers a range of mold steels designed for plastic injection molding applications, including various grades with specific properties for m… | – Wide range of mold materials tailored for specific applications. – High-quality steel with excellent machinability and polishability. | – Not recommended for highly polished surfaces with certain grades. – Some grades may have limitations in hardenability for larger applications. | www.finkl.com |
| mold steel – Shxsteels | Mold steel, also known as mold tool steel, is used for making molds, dies, and tooling for industrial processes like plastic injection molding, die ca… | – Dimensional Stability: Maintains precision and accuracy in molded parts. – Corrosion Resistance: Designed to resist corrosion from moisture and chem… | – Cost Considerations: Higher grades may be more expensive. – Machinability: Some grades may have varying levels of machinability. | shxsteels.com |
Frequently Asked Questions (FAQs)
1. What is mould steel used for in manufacturing?
Mould steel is primarily used to create molds for shaping metal, plastic, and other materials. It plays a key role in industries like automotive, electronics, and consumer goods, helping to form precise shapes during the manufacturing process.
2. How do I choose the right mould steel for my project?
Choosing the right mould steel depends on factors like material hardness, wear resistance, and corrosion resistance. Consider the specific needs of your project, such as the type of mold, the temperature range, and the material being molded to find the best fit.
3. What are the common types of mould steel?
The most common types include hot work steel, cold work steel, and plastic mould steel. Hot work steels are used for high-temperature operations, while cold work steels are designed for lower temperatures and precise cutting. Plastic mould steels are used specifically for making molds for plastics.
4. How do mould steel factories ensure quality?
Mould steel factories maintain strict quality control through material testing, precision machining, and thorough inspection processes. They use advanced technologies and quality standards to ensure the steel meets the required specifications and is durable for mold production.
5. Can mould steel be recycled?
Yes, mould steel can be recycled. The recycling process helps reduce costs and environmental impact. However, the quality of recycled steel depends on the purity of the material and the recycling methods used. It’s essential to ensure the recycled steel maintains the necessary properties for mold production.