STEP1
We review product specifications, application environment, capacity, strength, and chemical-resistance needs. Material options (HDPE, PP, ABS, LDPE) and blow-molding feasibility are evaluated.
STEP2
Reference samples or similar case studies are provided for evaluation. We recommend suitable blow-molding methods and mold solutions based on shape, thickness, and durability.
STEP3
Our engineering team designs the structure and creates 2D/3D drawings. Wall-thickness distribution and load-bearing areas are optimized for stable mass production.
STEP4
Final drawings, resin selection, and molding conditions are reviewed and approved. This ensures that the mold and production plan fully meet performance requirements.
STEP5
The mold is manufactured according to specifications, followed by blow-molding trial runs. Forming parameters including pressure, cooling, and thickness are fine-tuned for optimal performance.
STEP6
Samples undergo impact, leakage, chemical-resistance, and dimensional inspections. Necessary mold or process adjustments are made to achieve final production standards.
STEP7
Stable mass production is carried out with strict QC on thickness, dimensions, impact strength, and appearance. All products comply with customer requirements and international standards.
STEP8
Products are packaged securely to prevent deformation during transport. We provide reliable logistics coordination and long-term supply-chain support.
Fin.