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Elastomer-based systems require controlled storage conditions to preserve structural alignment, surface integrity, and long-term material performance. Proper storage practices significantly influence durability and resistance to deformation over time.
Store in a cool, dry, and well-ventilated environment.
Avoid:
Stable environmental conditions slow material ageing and reduce surface instability.
If stored horizontally:
Even weight distribution minimizes localized deformation.
Suspended storage may reduce compression stress when properly supported.
If used:
Improper suspension may introduce unintended stress points.
To prevent irreversible structural damage, avoid:
Continuous vertical or seated load can accelerate surface indentation and internal stress concentration.
Before storage, please return all joints to relaxed, natural alignment and avoid storing in extreme bent or twisted poses. Prolonged tension in stretched positions may lead to gradual surface fatigue.
Silicone and TPE exhibit elastic recovery properties; however, extended compression may exceed material recovery limits.
Allow periodic load release if the model has been under sustained pressure.
For TPE configurations or models with standing support systems:
Excessive vertical stress may result in internal framework pressure or localized surface deformation.
TPE material may exhibit natural oil migration over time.
To maintain surface condition:
Avoid excessive powder buildup.
Keep away from:
Heat accelerates softening, yellowing, and structural fatigue.
During long-term storage:
Pigment migration may become permanent over time.
Ensure all internal channels (if applicable) are fully dried before storage.
For enclosed storage spaces, moisture absorbers or activated charcoal packs may help maintain dryness.