| Quantity: | |
|---|---|
Engineered to balance aesthetics, functionality, and material compatibility, this mold supports a wide range of container types, from luxury cream jars to hygienic pump bottles.
Multi-Material Capability: Processes PA6 for structural components (e.g., pump mechanisms), PE for flexible squeezable bottles, and PC for transparent view windows.
Aesthetic Surface Finishes: Offers high-gloss, matte, or soft-touch textures via mold surface treatments, including electroplating and anti-fingerprint coatings.
Hygienic Design: Round internal corners and mirror-polished surfaces prevent product residue buildup, compliant with EC 1935/2004 and FDA 21 CFR Part 177.
Precision Threading: Creates ISO 1874-compliant screw threads for lids and pumps with torque values controlled within ±5% of design specifications.
Energy-Saving Hot Runner: Insulated nozzle technology reduces material waste by 90% compared to cold runner systems, ideal for expensive cosmetic-grade resins.
Skincare Packaging: Produces PA6 pump heads, PE lotion bottles, and PC dropper inserts with airless designs to preserve product efficacy.
Makeup Containers: Forms PC compacts with magnetic closures, PE lipstick casings, and PA6 applicator tips with anti-bacterial additives.
Haircare Bottles: Manufactures PE shampoo bottles with ergonomic grips and PA6 flip-top caps resistant to cosmetic chemicals (e.g., sulfates, silicones).
Fragrance Packaging: Creates PC perfume bottles with optical clarity and PA6 overmolded collars for luxury branding.
Q: Can the mold produce containers with UV-blocking properties?
A: Yes—we integrate UV-stabilized masterbatches into PE/PC materials during molding, providing >98% UV radiation blocking for photosensitive formulas.
Q: How do you ensure compatibility with cosmetic preservatives?
A: All materials undergo extractables testing with common preservatives (e.g., parabens, phenoxyethanol) to ensure no chemical interaction or migration.
Q: What is the minimum wall thickness for squeezable PE bottles?
A: The mold can achieve 0.5mm wall thickness while maintaining drop-test resistance (1m height onto concrete) for 100ml containers.
Q: Can the mold be customized for sustainable materials like PCR-PET?
A: Absolutely—we offer mold modifications for recycled resins, including enhanced venting and surface treatments to compensate for material viscosity changes.
Engineered to balance aesthetics, functionality, and material compatibility, this mold supports a wide range of container types, from luxury cream jars to hygienic pump bottles.
Multi-Material Capability: Processes PA6 for structural components (e.g., pump mechanisms), PE for flexible squeezable bottles, and PC for transparent view windows.
Aesthetic Surface Finishes: Offers high-gloss, matte, or soft-touch textures via mold surface treatments, including electroplating and anti-fingerprint coatings.
Hygienic Design: Round internal corners and mirror-polished surfaces prevent product residue buildup, compliant with EC 1935/2004 and FDA 21 CFR Part 177.
Precision Threading: Creates ISO 1874-compliant screw threads for lids and pumps with torque values controlled within ±5% of design specifications.
Energy-Saving Hot Runner: Insulated nozzle technology reduces material waste by 90% compared to cold runner systems, ideal for expensive cosmetic-grade resins.
Skincare Packaging: Produces PA6 pump heads, PE lotion bottles, and PC dropper inserts with airless designs to preserve product efficacy.
Makeup Containers: Forms PC compacts with magnetic closures, PE lipstick casings, and PA6 applicator tips with anti-bacterial additives.
Haircare Bottles: Manufactures PE shampoo bottles with ergonomic grips and PA6 flip-top caps resistant to cosmetic chemicals (e.g., sulfates, silicones).
Fragrance Packaging: Creates PC perfume bottles with optical clarity and PA6 overmolded collars for luxury branding.
Q: Can the mold produce containers with UV-blocking properties?
A: Yes—we integrate UV-stabilized masterbatches into PE/PC materials during molding, providing >98% UV radiation blocking for photosensitive formulas.
Q: How do you ensure compatibility with cosmetic preservatives?
A: All materials undergo extractables testing with common preservatives (e.g., parabens, phenoxyethanol) to ensure no chemical interaction or migration.
Q: What is the minimum wall thickness for squeezable PE bottles?
A: The mold can achieve 0.5mm wall thickness while maintaining drop-test resistance (1m height onto concrete) for 100ml containers.
Q: Can the mold be customized for sustainable materials like PCR-PET?
A: Absolutely—we offer mold modifications for recycled resins, including enhanced venting and surface treatments to compensate for material viscosity changes.
