| Quantity: | |
|---|---|
plastic/metal
TOYOE
| The container’s edge adopts 3D curved transition technology, paired with a mold crafted via CNC precision engraving. This advanced manufacturing combination enables the creation of a smooth R5mm fillet along the edge, replacing sharp corners with a rounded design that enhances both structural integrity and visual refinement |
Finite Element Analysis (FEA) validates the effectiveness of this design: the stress concentration coefficient is reduced to just 0.08, significantly lowering the risk of stress-induced damage. Additionally, the rounded R5mm fillet acts as a protective barrier, effectively preventing scratches that often occur during container handling and transportation
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Handle design integrates biomechanical principles. A construction machinery enterprise uses TPE soft rubber coating: grip pressure distribution uniformity ↑67%, no deformation after 2,000 fatigue tests. |
Anti-slip texture uses laser engraving tech; friction coefficient stays above 0.6 even in oily environments, far exceeding OSHA 1910.141 requirements. |
|
| The container’s edge adopts 3D curved transition technology, paired with a mold crafted via CNC precision engraving. This advanced manufacturing combination enables the creation of a smooth R5mm fillet along the edge, replacing sharp corners with a rounded design that enhances both structural integrity and visual refinement |
Finite Element Analysis (FEA) validates the effectiveness of this design: the stress concentration coefficient is reduced to just 0.08, significantly lowering the risk of stress-induced damage. Additionally, the rounded R5mm fillet acts as a protective barrier, effectively preventing scratches that often occur during container handling and transportation
| | |
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Handle design integrates biomechanical principles. A construction machinery enterprise uses TPE soft rubber coating: grip pressure distribution uniformity ↑67%, no deformation after 2,000 fatigue tests. |
Anti-slip texture uses laser engraving tech; friction coefficient stays above 0.6 even in oily environments, far exceeding OSHA 1910.141 requirements. |
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