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Tool Steel Casting
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Tool Steel Investment Casting
Besser offers tool steel investment castings heat-treated to suit your needs. If your part requires secondary machining operations, we can supply your component fully annealed as low as RC 20. We also harden and temper our various grades of tool steel as high as RC 60. Besser offers one of the widest selections of alloys available at any investment casting foundry. Working with both ferrous and non-ferrous alloys, our versatility enables us to cast more than 100 alloys and tool steel investment castings.
Full-Service Casting Capabilities
01  Heat Treatment of Tool Steel Castings
02  Machining Services for Tool Steel Castings
03  Surface treatment of tool steel castings
04  Quality inspection of tool steel castings
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Top Tool Steel Castings Manufacturer in China

Cooperated with More Than 400 Customers

Compliant with EU standards, the preferred supplier for SMEs

Since 2002, Besser has been one of the leading tool steel casting manufacturers and suppliers in China. As a professional Chinese tool steel investment casting supplier, we can supply various grades of tool steel castings. We provide high quality tool steel castings for the automotive industry, mining industry, website building industry, food processing and other industries. If your project requires precision tool steel castings, then you can contact us. We can provide you with a full range of services!

As a first-class tool steel casting company, Besser has obtained ISO 9001:2008 and ISO/TS 1 6949:2009 certified casting manufacturers. We have made hundreds of different tool steel casting projects and have the ability to provide different solutions and services for your project.


 

 

How are Tool Steel Investment Castings Made?

How do we grow your business?


Mold Development
We have state-of-the-art spectrometers to ensure the correct Mechanical Properties of metal alloys
Northern Lights
Wax Pattern Making
Extrude medium-temperature wax into the mold with a wax injection machine to make a product wax model.
Mountains
De-burring the Wax Pattern
Carry out a comprehensive inspection and trimming of the wax model to ensure that it meets the product standard.
Mountains
Wax Pattern Tree Welding
According to the designed casting system, the wax patterns are welded to the wax rods
 
 
Shell Making
Shell Making
Make a shell on the surface of the wax model.
Northern Lights
Baking Shells
Put into the roasting furnace to heat the shell.
Mountains
Pouring
The molten steel is poured into the formed shell.
Mountains
Cutting Down the Products
Cut the finished product with tools and process it
 
 

 

Our Representative Tool Steel Materials


Type Comparative Properties
O1 This is one of the tool steel grades with high dimensional stability during hardening. Its hardness response at low temperatures is also optimal. It has a maximum HRC of 65.
W1 This water-hardened tool steel, also known as commercial carbon, is ideal for use in situations where simple heat treatment is best. It has excellent wear resistance and good toughness. It has a maximum HRC of 68.
A2 It has higher heat resistance and wear resistance than O1. It has a maximum HRC of 63, with fewer distortions. It has excellent abrasion as well as wear resistance.
D2 With superior toughness and wear resistance, this tool steel type has a maximum HRC of 65. It is, however, difficult to machine.
S7 This shock-resistant tool steel has high strength and ductility but average abrasion and wears resistance. It has a maximum HRC of 61.
P20 This special type of tool steel has a maximum HRC of 32. It is ideal for machining die-casting components and plastic molds
H13 This Hot work tool steel has good wear resistance and hardenability. It also has a high resistance to thermal fatigue cracking. It has a maximum HRC of 54
M2 With a maximum HRC of 65 this high-speed tool steel has excellent abrasion resistance and toughness.

 

Tool Steel Investment Castings Services for Your Project

 

Investment Casting Services

Selecting the correct manufacturing method for your product order is critical. Lost wax investment casting is the right choice when you need high precision, complex parts.

This method proves to be cost-effective as it requires fewer separate processes, saving both time and money during production. Moreover, the resulting parts boast smooth surfaces that replicate the mold's texture precisely, minimizing the occurrence of defects and enhancing overall quality.

Surface Treatment Services


cnc machining service

Machining Services

Our state-of-the-art facilities and equipment allow us to offer our clients comprehensive machining services including milling, turning, boring, grinding, drilling, wire cutting, and more. With ongoing investment, today Besser is equipped with 14 first-class high-precision 4-axial CNC machining centers, CNC gantry milling & boring machine, CNC horizontal & vertical lathes, CNC honing machine, and CNC deep-hole internal grinders as well as many other conventional equipment.

 

Surface Treatment Services

We offer various types of surface treatments to enhance the performance, wear resistance and service life of the metal components we produce.

● Shot blasting ● Sand blasting
● Vibration grinding ● Electro-galvanizing
● Pickling and passivation ● Electropolishing
● Phosphating treatment ● Blackening treatment
● Brush polishing ● Mirror polishing

Surface Treatment Services

 

Tool Steel Investment Casting Products We Have Made for Our Customers

Besser handles each job with an optimal process to achieve the lowest cost, best quality, and highest efficiency.


 
 

 

See How We Guarantee Your Product Quality


Chemical Composition
Chemical Composition
We have state-of-the-art spectrometers to ensure the correct Mechanical Properties of metal alloys
Dimension Tolerance
Dimension Tolerance
Our engineers use instrument (coordinate measuring machine) inspection to help you inspect your parts better.
Mechanical Properties
Mechanical Properties
Castings are subjected to various mechanical tests such as hardness testing, tensile testing, and load testing.
Casting Defects
Casting Defects
Check for all surface problems, including surface defects such as scale, cracks, pores, shrinkage cavities, and air bubbles.
 
 

 

To Provide Our Customers with the Best Tool Steel Investment Castings Solutions

 
besser factory

About Besser

World-Class Tool Steel Casting Foundry

Besser was established in 2002 and has about 200 professional and technical personnel. We have obtained have obtained IATF16949:2016 and ISO90001:2015 certifications. Besser has a machine shop for secondary operations. The tolerances of metal castings can be tightly controlled. Today, Besser has become a leading casting brand in China's investment casting industry.

 

Start A Cast Tool Steel Project With Besser Foundry

We mainly provide OEM services for tool steel casting orders. We can supply W grade tool steel castings, O grade tool steel castings, A grade tool steel castings, D grade tool steel castings, S grade tool steel castings, H grade tool steel castings and other products.

Customers choose Besser as their tool steel casting supplier because of our excellent customer service, consistent high-quality investment castings, and reliable on-time delivery.

If you would like to learn more about our tool steel casting services and receive a free quote for your upcoming project, contact our foundry today.

 

Fortune 500 Companies Choose to Cooperate with Us


 

 


 

FAQ of Tool Steel Investment Castings

 

Q1: What are tool steel castings?

A: Tool steels consist of carbon and alloy steels typically used for investment casting tools. These alloys are known for their high hardness, wear resistance, and abrasion resistance but do not provide corrosion resistance.

Q2: What is the composition of tool steel?

A: Tool steels are composed of various combinations of carbide-forming metals such as chromium, molybdenum, tungsten, and vanadium. These iron-based alloys have relatively high carbon content for strength and carbide formation. Substitutional solutes like nickel and cobalt are added for high-temperature strength.

Q3: What are the benefits of tool steel?

A: Their suitability comes from their distinctive hardness, resistance to abrasion and deformation, and their ability to hold a cutting edge at elevated temperatures. As a result, tool steels are suited for use in the shaping of other materials, for example in cutting, machining, stamping, or forging.

Q4: What are the disadvantages of tool steel?

A: The biggest disadvantage of using D2 tool steel is that it is not very resistant to corrosion compared to stainless steel. D2 tool steel has Poor welding capabilities. The high price is due to alloying elements.

Q5: What is harder tool steel or stainless steel?

A: For instance, due to the presence of carbides in tool steel, it is extremely durable, machinable, and resistant to wear and tear. Generally, tool steels are tougher with better tensile strength than stainless steel. This makes them ideal for producing heavy-duty cutting tools.

Q6: Is tool steel rust-proof?

A: Due to their high chromium content, certain D-type tool steels are often considered stainless or semi-stainless, however, their corrosion resistance is very limited due to the precipitation of the majority of their chromium and carbon constituents as carbides.

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erica@bessercasting.com
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