This turbine blade -3 is presented as a representative custom‑manufactured component for To be confirmed from the customer drawing and project specification. Honyang Cast develops similar parts from customer drawings rather than offering a fixed catalog specification.
The manufacturing plan must connect the part's functional geometry—Geometry and functional interfaces to be confirmed from the customer drawing.—with tooling, investment casting, machining and measurable inspection requirements. Final dimensions, interfaces and acceptance criteria are confirmed during drawing review.
PROJECT‑SPECIFIC SUPPLY
Material grade, dimensions, tolerance zones, machining allowance, surface condition, operating requirements and inspection records are confirmed after review of the customer’s 2D drawing, 3D model and project specification.
| Item | Project Reference |
|---|---|
| Part name | Turbine Blade -3 |
| Category | Aerospace & Aviation |
| Primary function / application | To be confirmed from the customer drawing and project specification. |
| Material reference | To be confirmed from the customer drawing and project specification. |
| Unit weight reference | To be confirmed from the customer drawing and project specification. |
| Geometry reference | Geometry and functional interfaces to be confirmed from the customer drawing. |
| Supply model | Custom manufactured to customer drawing; not stocked as a standard part |
The customer should confirm the host equipment, installation position, mating parts, service medium, duty cycle and failure risks. These inputs determine which dimensions, material properties and inspections are critical.
The parameter set is selected for this component’s function. Unknown values remain drawing‑controlled and must not be replaced with generic catalog data.
| Engineering Item | Reference / Custom Requirement | Verification Basis |
|---|---|---|
| Material grade | To be confirmed from the customer drawing and project specification. | Confirm governing standard and chemistry requirements. |
| Part weight | To be confirmed from the customer drawing and project specification. | Confirm target weight and allowable variation when relevant. |
| Functional geometry | To be confirmed from the customer drawing and project specification. | Identify drawing datums and critical‑to‑function features. |
| Casting / process reference | Project‑specific investment casting and machining route to be confirmed. | Confirm which steps apply to the quoted production route. |
| Dimensions and tolerances | To be confirmed from customer drawing. | Define casting tolerance separately from machined dimensions and GD&T. |
| Operating conditions | To be specified by customer. | Provide medium, load, temperature, pressure, speed or hygiene requirements as applicable. |
| Recommended additional fields | Material grade; Overall dimensions; Airfoil profile; Root type; Operating temperature; Heat treatment; Coating; Tolerance | Complete before publishing numeric claims or quoting production. |
| Structural Feature | Why It Matters | Manufacturing Response |
|---|---|---|
| Drawing‑defined geometry and functional interfaces | This feature influences fit, flow, load transfer, manufacturability or downstream assembly. | Control profile geometry, section transitions, hub or mounting interfaces, and balance‑related features according to the approved drawing. |
A project‑specific route is established after review of geometry, alloy, tolerance, volume and validation requirements.
PROCESS SCOPE
Investment casting and CNC machining are described as the core route. Heat treatment, coating, polishing, balancing, pressure testing, radiographic testing, PPAP or other special processes must be shown as project‑specific unless their scope is confirmed.
| Controlled Characteristic | Risk to the Application | Inspection / Control |
|---|---|---|
| Material identity | Wrong alloy can change corrosion, temperature or mechanical performance. | Spectrometric analysis and material records when required by the project. |
| Drawing dimensions and interfaces | Position or size variation can affect assembly and function. | CMM, gauges or fixtures selected from the approved drawing. |
| Profile and rotating geometry | Profile deviation or imbalance may affect efficiency, vibration and service life. | Profile measurement, runout and balancing requirements as defined by the project. |
| Surface integrity | Surface‑breaking defects may initiate failure in stressed areas. | Visual inspection and liquid penetrant testing when specified. |
The existing page does not provide a complete product‑specific inspection plan. Inspection methods, frequency, acceptance criteria and records must be agreed from the drawing and quality requirements.
Honyang Cast supports drawing‑based development of turbine blade -3 and related investment cast components from manufacturability review through sample approval and repeat production.
| Application Requirement | Manufacturing Value |
|---|---|
| Drawing‑defined fit and function | A part‑specific DFM and inspection plan links casting geometry to the actual assembly and operating requirement. |
| Integrated complex geometry | Investment casting can consolidate features and reduce fabrication or excessive stock removal where the approved design supports it. |
| Repeatable critical interfaces | Controlled datums, machining and inspection support consistent assembly of functional surfaces and mating features. |
| Material and process traceability | Agreed material and inspection records provide evidence against the drawing and quality plan. |
| Product‑specific value | Describe only after the actual turbine stage and service conditions are confirmed |
Design Inputs Required From the Customer
SEND YOUR DRAWING FOR A MANUFACTURABILITY REVIEW
Upload the drawing and 3D model for your turbine blade -3 together with material, quantity, operating conditions and inspection requirements. Our team will review the casting route, machining scope and quality plan before quotation.
Leading manufacturer specializing in precision investment casting and CNC machining of high-performance steel components for critical industrial applications.
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