Injection Molding
Tooling and molding for your repeat plastic parts.
YOUR GRADE. YOUR CONDITION. YOUR FINISHED FIT.
A36 Carbon Steel for Your Fabricated & Machined Parts
For your A36 steel machining and fabrication project, connect plate thickness, weld sequence and final mounting datums. Agree cutting, machining, coating and inspection before releasing your base, bracket or frame.
1 part model + 1 controlled drawing · Material condition · Quantity
Grade & specificationConfirm grade and product standard.
Stock conditionConfirm plate, shape or bar and actual supplied condition.
Final-fit reviewDefine datums, fits and thermal sequence.
Material recordsAgree receiving and inspection evidence.
Know Your A36 Material Before You Order
ASTM A36 is a carbon structural steel specification. Confirm product form, plate thickness and the material record; a grade name alone does not define a finished welded assembly.
Specify the requested grade with product form and condition.
SSAB plate reference, 2.54–152 mm · not an LK part guarantee.
Product form, thickness and supplied surface condition.
Weld sequence, coating and final mounting datums.
Material identity, lot records and agreed inspection.
Custom A36 Steel Parts for Your Assembly
Select your part family, then review the four decisions that control your order.
Define the Faces That Locate Your Base
For your A36 steel base plates and A36 steel fixture plates, identify mounting pads, locating holes, lugs and required flatness. Separate machined datum faces from as-supplied plate surfaces.
Your fitDatums, mating faces and critical relationships.
Your processStock condition, sequence and tool access.
Your approvalFinal dimensions and agreed inspection scope.
Machine the Datum from the Actual Plate
For your A36 steel plate machining review, define thickness, cleanup allowance, clamping and the order of broad-face milling and hole work.
Your fitDatums, mating faces and critical relationships.
Your processStock condition, sequence and tool access.
Your approvalFinal dimensions and agreed inspection scope.
Connect Plate, Added Features and Final Geometry
If lugs or supports are welded to your base, define their position and sequence before final machining. A plate-only part and a weldment need different acceptance planning.
Your fitDatums, mating faces and critical relationships.
Your processStock condition, sequence and tool access.
Your approvalFinal dimensions and agreed inspection scope.
Check the Finished Mounting Relationships
Agree datum-pad height, hole location, final flatness and surface finish. State whether dimensions apply after welding, machining or coating.
Your fitDatums, mating faces and critical relationships.
Your processStock condition, sequence and tool access.
Your approvalFinal dimensions and agreed inspection scope.
Relate Your Bracket to Its Mating Assembly
For your A36 steel brackets, identify locating faces, hole access, gussets and the load direction. Send the assembly drawing where it controls the bracket geometry.
Your fitDatums, mating faces and critical relationships.
Your processStock condition, sequence and tool access.
Your approvalFinal dimensions and agreed inspection scope.
Leave Access for Drilling and Fasteners
For A36 steel drilling and A36 steel tapping, show entry direction, useful thread engagement and tool clearance beside gussets. Confirm installation access as well as machining access.
Your fitDatums, mating faces and critical relationships.
Your processStock condition, sequence and tool access.
Your approvalFinal dimensions and agreed inspection scope.
Plan the Weld Before Finishing the Faces
For A36 steel welding, define the joint, thickness, sequence and required procedure. Agree distortion control and any final machining without assuming an as-welded face is a precision datum.
Your fitDatums, mating faces and critical relationships.
Your processStock condition, sequence and tool access.
Your approvalFinal dimensions and agreed inspection scope.
Inspect Angles, Pads and Hole Position Together
Agree bracket angle, mounting-face relationships, hole position and final coating condition. Define how the part is supported for inspection.
Your fitDatums, mating faces and critical relationships.
Your processStock condition, sequence and tool access.
Your approvalFinal dimensions and agreed inspection scope.
Locate Your Frame from the Functional Pads
For your A36 steel weldments, identify mounting pads, bearing supports, cross-members and access openings. Keep the assembled load and fit requirements on the controlled drawing.
Your fitDatums, mating faces and critical relationships.
Your processStock condition, sequence and tool access.
Your approvalFinal dimensions and agreed inspection scope.
Sequence Pad Machining After Joining
For your A36 steel CNC machining inquiry, review fixture access and final pad machining on the assembled frame. Identify which pad and bore relationships share one datum scheme.
Your fitDatums, mating faces and critical relationships.
Your processStock condition, sequence and tool access.
Your approvalFinal dimensions and agreed inspection scope.
Agree the Complete Weldment Route
Define stock thickness, joint details, weld sequence and final acceptance. A36 steel stress relieving is included only when specified and agreed for your project.
Your fitDatums, mating faces and critical relationships.
Your processStock condition, sequence and tool access.
Your approvalFinal dimensions and agreed inspection scope.
Check the Frame in the Required Support State
Agree pad coplanarity, mounting-hole locations and relevant frame dimensions. State inspection support conditions and required weld or dimensional records.
Your fitDatums, mating faces and critical relationships.
Your processStock condition, sequence and tool access.
Your approvalFinal dimensions and agreed inspection scope.
Define the Adjustment Your Mount Must Allow
For your A36 steel mounting plates, identify slot length, counterbores, locating features and fastener interfaces. Distinguish adjustable clearance from a locating fit.
Your fitDatums, mating faces and critical relationships.
Your processStock condition, sequence and tool access.
Your approvalFinal dimensions and agreed inspection scope.
Separate Cut Edges from Machined Features
For your A36 steel milling review, identify slots and holes requiring machining after profile cutting. Include deburring and tool access around integral bosses or attached lugs.
Your fitDatums, mating faces and critical relationships.
Your processStock condition, sequence and tool access.
Your approvalFinal dimensions and agreed inspection scope.
Specify the Supplied and Finished Plate State
For A36 hot rolled steel, identify scale removal, machining allowance and final protection. Mark functional pads and bores that must be masked during coating.
Your fitDatums, mating faces and critical relationships.
Your processStock condition, sequence and tool access.
Your approvalFinal dimensions and agreed inspection scope.
Inspect the Slot Pattern After the Final Route
Agree slot dimensions, hole locations, mating-face finish and coating acceptance. Keep the final drawing revision with your inspection records.
Your fitDatums, mating faces and critical relationships.
Your processStock condition, sequence and tool access.
Your approvalFinal dimensions and agreed inspection scope.
A36 Steel Properties Depend on Product and Route
Separate material requirements from the dimensions of your finished assembly.
| Your callout | What to confirm |
|---|---|
| Plate or structural product | Exact specification, thickness, supplied condition and record |
| Welded assembly | Joint details, procedure, sequence and final acceptance |
| Machined and coated part | Datum scheme, cleanup allowance and final surface condition |
36 ksi is a material reference, not an assembly rating.
SSAB lists this minimum for its selected 2.54–152 mm plate products.
Flatness and weld distortion need separate requirements.
Specify the final supported inspection state for your base or frame.
A36 Steel Composition & European Comparison
Product form and thickness matter. These two producer references describe different product scopes.
A36 Plate Carbon Limits Change with Thickness
Carbon max, mass % · common axis 0–0.30%
Plate ≤20 mm
≤0.25%
Plate >20–40 mm
≤0.25%
Plate >40–65 mm
≤0.26%
Plate >65–100 mm
≤0.27%
Plate >100 mm
≤0.29%
00.15%0.30%
American Alloy Steel plate reference. Maximum limits, not measured lot chemistry.
| Mass % / scope | A36 plate ≤20 mm · American Alloy Steel | S235JR hot strip ≤16 mm · tk accelis |
|---|---|---|
| C max | 0.25 | 0.17 |
| Mn | No range specified in selected thickness column | ≤1.40 |
| Si | ≤0.40 | Not reported in selected table |
| P max | 0.030 | 0.035 |
| S max | 0.030 | 0.035 |
European comparison: S235JR / 1.0038 is a structural-steel reference for review, not an automatic substitute for ASTM A36. Verify the ordered standard, thickness, properties, impact requirements and records. Missing entries do not mean zero.
American Alloy Steel: thickness-specific plate chemistry ↗ · SSAB: A36 plate scope ↗ · tk accelis: S235JR / 1.0038 ↗
Resolve 6 Risks Before You Release the Drawing
Review A36 steel machinability together with geometry, material condition and the final manufacturing route.
Start with the Actual Plate or Structural Product
For your A36 carbon steel machining inquiry, confirm stock form, thickness, supplied surface and material record. Review cleanup stock instead of assuming mill plate is a finished precision surface.
01 · Requirement
Define the condition and acceptance method.
02 · Verification
State locations and final inspection scope.
03 · Final fit
Agree dimensions after the full sequence.
Review stockMachineProcess if specifiedInspect
Specify the Flatness Your Assembly Needs
Relate final flatness to the support and inspection state. Review broad-face machining, asymmetric stock removal and any specified stress-relieving route.
01 · Requirement
Define the condition and acceptance method.
02 · Verification
State locations and final inspection scope.
03 · Final fit
Agree dimensions after the full sequence.
Review stockMachineProcess if specifiedInspect
Keep Joint Details and Final Datums Together
For A36 steel fabrication services, agree stock, joints, weld sequence and final dimensional requirements. Define the machining or inspection operations after joining.
01 · Requirement
Define the condition and acceptance method.
02 · Verification
State locations and final inspection scope.
03 · Final fit
Agree dimensions after the full sequence.
Review stockMachineProcess if specifiedInspect
Show How Your Tools and Fasteners Reach the Features
Identify drilled, tapped, slotted and counterbored features. Separate cut-edge acceptance from machined holes and finished mating faces.
01 · Requirement
Define the condition and acceptance method.
02 · Verification
State locations and final inspection scope.
03 · Final fit
Agree dimensions after the full sequence.
Review stockMachineProcess if specifiedInspect
Mask the Features That Control Assembly
For A36 steel powder coating or A36 steel galvanizing review, state the actual finish specification, exposure, masked areas and final dimensional acceptance. Suitability and route require review.
01 · Requirement
Define the condition and acceptance method.
02 · Verification
State locations and final inspection scope.
03 · Final fit
Agree dimensions after the full sequence.
Review stockMachineProcess if specifiedInspect
Inspect the Complete Base, Bracket or Frame
Define final datums, support conditions and critical relationships. Agree required material, weld, coating and dimensional records for your receiving team.
01 · Requirement
Define the condition and acceptance method.
02 · Verification
State locations and final inspection scope.
03 · Final fit
Agree dimensions after the full sequence.
Review stockMachineProcess if specifiedInspect
From Your Plate to a Finished Component
Milling & Drilling
Define pads, bores and hole relationships for your A36 steel machined parts.
Explore machining →
Plate Cutting & Forming
For A36 steel laser cutting, profile cutting or A36 steel bending, agree thickness, edges and the actual process route.
Explore fabrication →
Welding & Fabrication
Connect your joints, distortion review and final machining sequence.
Explore welding →Illustrative components. Operations and availability are confirmed for your drawing.
3 Part States. One Acceptance Drawing.
01 · Incoming material
Grade, product form, thickness, surface and lot identity.
02 · After specified processing
Specified joining route, distortion and final machining allowance.
03 · Finished part
Final fits, surface protection and agreed acceptance evidence.
Agree the Evidence Your Receiving Team Needs
Confirm Your Stock Before the First Setup
Review grade, product standard, form, condition and lot identity. Agree any required material declarations at inquiry.
- Material identity and traceability.
- Critical dimensions and assembly fit.
- Process and finish records, where specified.
Sampling, methods and document scope are agreed with your quotation.
Quality Assurance →
Approve the Finished Condition, Not Just the First Cut
Connect mounting pads, hole locations and assembly fits to the planned weld, machining and coating sequence.
- Material identity and traceability.
- Critical dimensions and assembly fit.
- Process and finish records, where specified.
Sampling, methods and document scope are agreed with your quotation.
Quality Assurance →
Verify the Features That Control Assembly
Identify bores, thread fits, datum relationships and final inspection scope. Keep the approved drawing revision with the records.
- Material identity and traceability.
- Critical dimensions and assembly fit.
- Process and finish records, where specified.
Sampling, methods and document scope are agreed with your quotation.
Quality Assurance →
Agree Protection and Receiving Evidence
Confirm handling protection, packaging, part identification and the documents needed by your receiving team.
- Material identity and traceability.
- Critical dimensions and assembly fit.
- Process and finish records, where specified.
Sampling, methods and document scope are agreed with your quotation.
Quality Assurance →
6 Inputs for Your A36 Steel Machining Quote
01CAD and controlled drawing
02Grade, stock form, thickness and supplied surface
03First-order and repeat quantities
04Critical dimensions and surface finish
05Cutting, weld sequence and required protection
06Inspection records and delivery needs
China Manufacturing. Dallas-Area Coordination.
Coordinate your drawing review, material condition, sample decisions and receiving requirements.
Answers Before You Specify
Can A36 steel be welded?
A36 can be reviewed for welded fabrication. Agree stock thickness, joint details, procedure, sequence and final dimensional acceptance for your assembly.
A36 vs A572 steel: can I substitute?
These specifications have different requirements. Confirm the exact grade, thickness, properties and required records against your drawing before approving any substitution.
A36 vs S275 steel: what should I compare?
Review complete product standards, thickness-dependent properties, impact requirements and certification. A regional material name does not establish equivalence.
Does A36 steel rust?
It is carbon structural steel, not stainless steel. Define exposure, coating, storage and shipping protection for your component.
Can A36 steel be hardened?
Do not choose a final hardened condition from the A36 name alone. Review your required property, section and process with the exact material specification.
How much does A36 steel machining cost?
Send the drawing, stock form and thickness, quantity, cutting and welding scope, machined datums, coating and inspection requirements.
What is A36 steel used for?
Bases, brackets, frames and mounting plates are selection examples. Your load, geometry, joint design and required acceptance determine suitability.
Compare Carbon & Alloy Steel →
References support material selection. Your order specification and material records govern.
