1.Raw‑material screening and inspectionWe select high‑quality 304‑stainless‑steel sheets, aluminum‑alloy bars and copper pipe fittings. Every raw‑material batch receives composition inspection. Unqualified metal materials with cracks, burrs and impurity spots are eliminated to guarantee long‑term high‑temperature‑resistant performance of the stove.
2.CNC precision machiningAll metal accessories including the combustion chamber, fold‑able serrated pot supports, adjustable support pillars and base fixing plate are processed by CNC lathes and laser‑cutting machines. Strict dimension tolerance control ensures good assembly accuracy for the split‑type stove structure.
3.Deep finishing and deburringMetal cut‑off burrs, sharp edges and surface scratches are removed by grinding and sand‑blasting treatment. The inner wall of the gasification combustion cavity gets polished to cut down carbon deposition after long‑time fuel burning.
4.Fuel‑control valve assembly processingKnurling treatment is carried out for the aluminum‑alloy adjusting grip. Copper fuel pipelines and sealing gaskets are assembled and debugged. The adjustable valve can achieve precise control of fuel flow from low‑speed gentle fire to full‑power fierce fire.
5.Assembly and leakage‑resistance testInstall the combustion chamber, stand columns, oil pipelines and ignition device into a complete split‑type stove. Carry out fuel leakage inspection and gasification‑burning test one‑by‑one. Products with oil leakage, unstable flame or poor atomizing effect are screened out.
6.Surface treatment, sorting and packingPerform high‑temperature oxidation and anti‑rust disposal on metal parts. Inspect appearance, accessory completeness and burning‑state again. Finished‑product stoves are packed with shock‑proof boxes. Fuel is not included in the package.