The Somewang 10ml Mini Skin Care Sample Bottle is designed for promotional probes, professional trial kits, and travel-sized skincare collections. Calibrated at 10ml, these tiny plastic bottles provide an ideal vessel for low-viscosity toners, high-potency serums, and lightweight lotions, allowing consumers to experience premium formulations in a convenient, portable format. Manufactured from a selection of high-performance plastics including PET, PETG, and PE, these bottles offer varying levels of clarity and flexibility to suit specific product requirements. The compact silhouette is engineered for easy filling and secure sealing and high-volume sampling campaigns.
Key Features:
- Optimized 10ml Capacity: Precision-sized for single-week trials, clinical samples, or gift-with-purchase sets.
- Multi-Material Availability: Choice of PET, PETG, or PE to match specific formula compatibility and clarity needs.
- Secure Threaded Neck: Precision-engineered for leak-proof performance with various cap or dropper attachments.
- Bespoke Pantone Matching: Custom color options for both the bottle body and closure to ensure brand consistency.
- Professional Decoration Suite: Support for silk screen printing, frosting, and custom labeling for high-impact branding.
- Lightweight & Unbreakable: Durable plastic construction ideal for shipping in subscription boxes and travel kits.
- Hygienic Dispensing Design: Optimized for controlled pouring or drops of toners and liquid serums.
- OEM/ODM Support: Full technical assistance for developing new molds based on proprietary custom samples.
Our 10ml Sample Bottle is fully customizable, supporting extensive brand identity through Pantone color matching and high-end decoration techniques. From sophisticated frosted finishes to high-precision silk screen printing, these bottles serve as a professional canvas for brand storytelling. With a standard lead time of 20-30 days and an accessible MOQ of 10,000pcs, they offer a cost-effective strategy for brands looking to expand their market reach through sampling.
