| MOQ: | 1000pcs |
| Price: | 0.08-2.5$ |
| Standard Packaging: | Plastic Pallet, Paper Box |
| Delivery Period: | 10-20days |
| Payment Method: | TT,L/C |
| Supply Capacity: | 200000 |
This 30ml white plastic Boston round bottle is designed specifically for professional and pharmaceutical use. Adopting industry standard 20-400 bottle mouths to ensure compatibility with various bottle caps. The accompanying green bottle cap is equipped with an inner cone gasket, which can form a safe airtight seal, prevent leakage, and maintain the integrity of the contents.
| Product Name | Medicine Bottle |
| Common material | HDPE |
| Specification | 30ml,60ml,100ml,125ml,150ml,200ml,250ml,300ml,500ml |
| Sample | We can provide samples |
| Width | 6cm |
| Length | 9cm |
| Technique | Blow Molding |
| Sealing Type | Screw top |
| Logo | Customized |
| Bottle Color | White |
| Cap Color | Blue |
| Shape | Cylinder |
| Usage | Medicine Packing |
| Advantage | High Quality Raw Materials |
| A Wide Variety | |
| Corrosion Resistance | |
| Good Sealing Performance | |
| Application | Can be used to hold solid pills, oral liquids, essential oils, etc |
Extrusion Blow Molding:
Primarily used for producing bottles made of materials such as HDPE and PP, offering low cost and high production.
Injection Blow Molding:
Primarily used for producing bottles made of materials such as PET and PP with high precision requirements. It achieves precise bottle neck dimensions, uniform bottle wall thickness, and a high gloss finish.
Injection Molding:
Primarily used for manufacturing bottle caps.
Multi-layer Co-extrusion:
Plastics with different properties (such as PP/EVOH) are co-extruded and blow-molded to form a multi-layer bottle wall. The EVOH layer provides extremely high oxygen barrier properties
Protection Principle (Primary Principle):
Physical Protection: Leveraging the mechanical strength and toughness of the material, the drug is protected from crushing, impact, and vibration during transportation, storage, and use.
Chemical Protection: Leveraging the chemical inertness of plastics to prevent migration, adsorption, or chemical reactions between the packaging material and the drug components, thereby maintaining drug stability.
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| MOQ: | 1000pcs |
| Price: | 0.08-2.5$ |
| Standard Packaging: | Plastic Pallet, Paper Box |
| Delivery Period: | 10-20days |
| Payment Method: | TT,L/C |
| Supply Capacity: | 200000 |
This 30ml white plastic Boston round bottle is designed specifically for professional and pharmaceutical use. Adopting industry standard 20-400 bottle mouths to ensure compatibility with various bottle caps. The accompanying green bottle cap is equipped with an inner cone gasket, which can form a safe airtight seal, prevent leakage, and maintain the integrity of the contents.
| Product Name | Medicine Bottle |
| Common material | HDPE |
| Specification | 30ml,60ml,100ml,125ml,150ml,200ml,250ml,300ml,500ml |
| Sample | We can provide samples |
| Width | 6cm |
| Length | 9cm |
| Technique | Blow Molding |
| Sealing Type | Screw top |
| Logo | Customized |
| Bottle Color | White |
| Cap Color | Blue |
| Shape | Cylinder |
| Usage | Medicine Packing |
| Advantage | High Quality Raw Materials |
| A Wide Variety | |
| Corrosion Resistance | |
| Good Sealing Performance | |
| Application | Can be used to hold solid pills, oral liquids, essential oils, etc |
Extrusion Blow Molding:
Primarily used for producing bottles made of materials such as HDPE and PP, offering low cost and high production.
Injection Blow Molding:
Primarily used for producing bottles made of materials such as PET and PP with high precision requirements. It achieves precise bottle neck dimensions, uniform bottle wall thickness, and a high gloss finish.
Injection Molding:
Primarily used for manufacturing bottle caps.
Multi-layer Co-extrusion:
Plastics with different properties (such as PP/EVOH) are co-extruded and blow-molded to form a multi-layer bottle wall. The EVOH layer provides extremely high oxygen barrier properties
Protection Principle (Primary Principle):
Physical Protection: Leveraging the mechanical strength and toughness of the material, the drug is protected from crushing, impact, and vibration during transportation, storage, and use.
Chemical Protection: Leveraging the chemical inertness of plastics to prevent migration, adsorption, or chemical reactions between the packaging material and the drug components, thereby maintaining drug stability.
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