H13 Forged Blocks
Custom H13 hot-work tool steel forged blocks produced to customer drawings for forging dies, extrusion tooling and other high-temperature tooling applications.
- Customer drawings
- Heat treatment
- Inspection reports
Custom Materials · Heat Treatment · Machining
Custom H13 Forged Blocks for Hot-Work Tooling
WELL FORGE supplies custom H13 forged blocks for forging dies, extrusion tooling, die-casting tooling and other hot-work applications.
H13 is a chromium-molybdenum-vanadium hot-work tool steel widely used where tooling is exposed to elevated temperatures, repeated heating and cooling cycles, impact and mechanical loading.
Compared with general-purpose alloy steels, H13 is specifically selected for applications requiring hot strength, thermal fatigue resistance, wear resistance and dimensional stability under demanding service conditions.
H13 forged blocks can be produced according to customer drawings with custom dimensions, machining allowance, heat treatment and inspection requirements.
We can supply H13 blocks in forged, annealed and rough-machined conditions according to project specifications.
PRODUCT RANGE
H13 Forged Blocks We Supply
Custom 4340 forged blocks produced for tooling, machinery, pressure equipment and other demanding industrial applications.
H13 Forged Die Blocks
Custom H13 forged die blocks for hot forging dies and heavy-duty tooling applications.
Large H13 Forged Blocks
Heavy-section H13 forged blocks for large tooling and die applications requiring substantial block dimensions.
Rectangular H13 Forged Blocks
Custom rectangular H13 blocks produced to project-specific width, thickness and length.
Rough Machined H13 Forged Blocks
H13 forged blocks can be supplied with rough machining to remove scale, establish datum surfaces.
H13 Forged Block Size Capabilities
H13 forged blocks are produced according to customer drawings rather than fixed catalogue sizes.
For large H13 die blocks, please provide the drawing, required dimensions, unit weight and heat-treatment condition for feasibility review.
| Parameter | Supply Basis |
|---|---|
|
Material Grade |
H13 Tool Steel |
|
Width |
According to customer drawing |
|
Thickness |
According to customer drawing |
|
Length |
Custom |
|
Unit Weight |
Project dependent |
|
Material Grade |
Carbon, alloy, tool and stainless steels |
|
Supply Condition |
Forged / annealed / rough machined |
|
Machining Allowance |
According to drawing |
|
Production Basis |
Customer drawing / technical specification |
H13 Tool Steel Properties for Forged Blocks
H13 is widely used for hot-work tooling because it combines hot strength, toughness and resistance to thermal fatigue.
Hot Strength
H13 maintains useful strength at elevated operating temperatures, making it suitable for hot-forming applications.
Thermal Fatigue Resistance
Repeated heating and cooling can generate thermal cracking in tooling. H13 is commonly selected for applications requiring resistance to heat checking and thermal fatigue.
Good Toughness
The material provides a useful balance between hardness, strength and toughness for tooling exposed to impact and mechanical loading.
Wear Resistance
H13 offers good wear resistance for dies and tooling operating under repeated contact and high-temperature service.
Heat-Treatment Response
H13 can be heat treated to achieve the required hardness and tooling performance according to the final application.
Dimensional Stability
Controlled heat treatment and machining practice can help maintain dimensional stability during subsequent tooling manufacture.
H13 Forged Blocks Manufacturing
We produce H13 forged blocks through a controlled forging and thermal processing.
01
Raw Material Preparation
We select H13 tool steel billets or ingots according to block dimensions and final weight.
02
Heating
We heat the H13 steel under controlled conditions and temperature, which is appropriate for hot-work tool steel forging.
03
Open Die Forging
The H13 steel is progressively forged by forging machines to achieve the required section and forged structure.
04
Block Shaping
The forging is shaped to the required square or rectangular dimensions with sufficient machining allowance.
05
Annealing / Heat Treatment
Thermal treatment is applied to the forged blanks according to the required supply condition requirement.
06
Rough Machining
Where required, the block is rough machined to remove scale and establish reference surfaces.
07
Inspection
Dimensional, mechanical and non-destructive testing can be carried out according to project requirements.
Heat Treatment for H13 Forged Blocks
Heat treatment is especially important for H13 tool steel because final tooling performance depends strongly on the selected condition and processing route.
Available stages may include:
Heat treatment can be performed according to customer specifications where required.
Buyer shall list their supply condition clearly before quotation.
- Annealing
- Stress Relieving
- Hardening
- Tempering
- Customer-specified heat treatment
Rough Machining & Machining Allowance
H13 forged blocks are commonly supplied with machining allowance because die and tooling components normally require substantial machining before final service.
Available supply options may include:
- Scale Removal
- Datum Surfaces
- Machining Allowance
- Final Machining Preparation
Testing & Inspection
H13 forged blocks can be supplied with inspection and documentation according to customer specifications.
Available services include:
01
Chemical Analysis
02
Hardness testing
03
Ultrasonic testing
04
Magnetic particle testing
05
Dimensional inspection
06
Material Test Certificate
For critical die blocks, the RFQ should clearly specify the applicable UT standard, acceptance level, required supply hardness and heat-treatment condition.
H13 Forged Blocks Applications
H13 forged blocks are primarily used for dies and tooling exposed to elevated temperature and repeated mechanical loading.
Hot Forging Dies
Used for die blocks and inserts in hot forging applications.
Extrusion Tooling
Suitable for extrusion dies and tooling exposed to heat, pressure and repeated thermal cycles.
Die-Casting Tooling
Used for tooling components requiring hot strength and thermal-fatigue resistance.
Press Tooling
Suitable for heavy tooling components operating under high mechanical and thermal loading.
Hot Shear & Forming Tools
Used for specialized hot-work tooling where wear and temperature resistance are required.
Heavy Industrial Dies
Large H13 forged blocks can be used as machining blanks for custom dies and tooling components.
Why Choose WELL FORGE for H13 Forged Blocks
WELL FORGE produces forged steel fluid end blocks in a wide range of engineering steels.
Drawing-Based Production
Each H13 forged block is produced according to customer drawings and technical requirements.
Tool Steel Forging Capability
H13 forged blocks can be produced for large die and hot-work tooling applications.
Heat Treatment Support
Annealing, stress relieving and project-specific heat-treatment are available.
Rough Machining Support
Blocks can be supplied forged, annealed or rough machined with suitable machining allowance.
Inspection & Documentation
UT, mechanical testing, dimensional inspection and material documentation can be provided according to project requirements.
Other Steel Forged Blocks
Have a drawing ready?
Send your drawing, material grade, dimensions, quantity and inspection requirements for manufacturing review.
Custom Forged Parts
Forged Shafts
Custom stepped, flanged, rotor and straight forged shafts supplied forged, heat treated or rough machined.
Forged Tubes
Straight, tapered, stepped and hollow forged tubes supplied with controlled dimensions for finish machining.
Forged Blocks
Square and rectangular forged blocks supplied with custom dimensions, heat treatment and machining.
Forged Rolls
Forged rolls for rolling mills and industrial machinery maufacturing. Heat treated and rough machined.
Forged Discs
Solid, stepped and hubbed forged discs manufactured to custom diameters and thicknesses.
Forged Rings
Seamless steel forged rings produced by ring rolling forging in custom dimensions and material grades.