| Industry Experience |
At least 5 years producing non-stick cookware |
Longer experience generally indicates established process controls, tooling knowledge, and product consistency. |
Company history, product development records, export history, and references for comparable stew pots |
| Material Capability |
Experience with cast aluminum, forged aluminum, or stainless steel construction |
The base material affects heat distribution, weight, durability, induction compatibility, and manufacturing cost. |
Material specifications, alloy certificates, thickness tolerances, and sample cross-sections |
| Non-Stick Coating Process |
Controlled multi-stage preparation, coating, curing, and inspection |
Surface preparation and curing conditions strongly influence adhesion, release performance, and coating life. |
Process flow chart, coating technical data sheet, curing records, and adhesion test results |
| Production Capacity |
Capacity should exceed the forecast order volume by approximately 20–30% |
Additional capacity helps reduce delays caused by maintenance, seasonal demand, or production reallocation. |
Monthly capacity by product type, current utilization, equipment list, and production schedule |
| Quality Control System |
Documented incoming, in-process, final, and pre-shipment inspections |
A complete inspection system reduces defects in dimensions, coating appearance, handles, lids, and packaging. |
Inspection checklist, acceptable quality limit plan, defect records, corrective action reports, and inspection photos |
| Compliance Testing |
Testing aligned with the destination market and applicable food-contact requirements |
Cookware may need to meet limits for heavy metals, coating substances, and food-contact migration. |
Recent third-party laboratory reports, declarations of conformity, and regulatory documentation |
| Product Customization |
Capability to customize diameter, capacity, base, handles, lid, finish, and packaging |
Customization allows the stew pot to match cooking requirements, retail positioning, and local market preferences. |
Engineering drawings, prototype process, tooling quotation, sample approval procedure, and color standards |
| Tooling and Engineering |
In-house or closely managed tooling design and maintenance |
Strong engineering support improves dimensional accuracy, reduces trial cycles, and simplifies design changes. |
Tooling ownership terms, maintenance plan, 2D/3D drawings, trial reports, and engineering response times |
| Lead Time Management |
Clear schedules for sampling, tooling, bulk production, and shipment |
Reliable planning is essential for seasonal sales, product launches, and inventory control. |
Written production timeline, capacity reservation policy, historical delivery performance, and escalation process |
| Minimum Order Quantity |
MOQ should be compatible with the buyer's sales forecast and tooling investment |
A practical MOQ prevents excessive inventory while maintaining economical production and packaging costs. |
MOQ by size and finish, mixed-item policy, sample order terms, and tooling amortization method |
| Testing and Durability |
Routine checks for coating adhesion, abrasion, thermal cycling, handle strength, and flatness |
These tests help identify premature coating failure, warping, loose handles, and poor cooking performance. |
Internal test methods, test frequency, sample test reports, and retention samples from each batch |
| After-Sales Support |
Defined warranty terms and documented complaint-response procedure |
Effective support reduces the cost and disruption of quality claims after shipment. |
Warranty policy, response-time commitment, replacement procedure, root-cause analysis, and corrective action records |