Brief: In this walkthrough, we highlight key design ideas and how they translate to performance. Discover the manufacturing process of our premium 100ml square sprayer glass bottles, from borosilicate glass molding to precision pump assembly. See how exceptional transparency, chemical stability, and rigorous testing ensure long-lasting fragrance preservation and a luxurious user experience.
Related Product Features:
Crafted from high borosilicate glass for exceptional transparency, hardness, and temperature resistance.
Spray pump features a 304 stainless steel spring and PP material, tested for 100,000 presses.
Food-grade material with strong corrosion resistance, effectively isolating UV rays and temperature changes.
Crystal clear with strong luster, perfectly displaying perfume liquid color and clarity.
Extremely stable chemical properties, preventing reactions with alcohol, essence, or oil components.
Thick and cool to the touch, providing a high-end, luxurious physical texture.
Design versatility through exquisite craftsmanship, achieving various artistic forms from minimalism to complexity.
Precision processing ensures perfect fit with pump head for absolute sealing to prevent leakage.
FAQs:
What material is used for the square sprayer glass bottles?
The bottles are crafted from premium borosilicate glass, known for its exceptional transparency, hardness, and temperature resistance. The spray pump utilizes a 304 stainless steel spring and PP material.
How durable is the spray pump mechanism?
The spray pump is rigorously tested for 100,000 presses while maintaining fine misting performance, ensuring long-term reliability and consistent fragrance delivery.
Can the bottle design and cap be customized?
Yes, the bottle cap color and logo can be customized. Additionally, through exquisite craftsmanship, the bottle achieves various artistic forms and can feature surface treatments like spray coating, screen printing, electroplating, or hand carving.
How does the bottle protect the perfume inside?
The borosilicate glass effectively isolates UV rays and temperature changes, preventing oxidation and deterioration of perfume ingredients. Its chemical inertia ensures no reaction with alcohol, essence, or oil components, preserving fragrance integrity.