Sustainable Mono-Material Dispensing Solution

The 200GC-pump: Revolutionary all-PP design for eco-conscious brands seeking recyclable packaging without compromising performance

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Why Are Your Dispensing Pumps Failing Before Products Are Fully Used?

Traditional dispensing pumps often fail before consumers finish their products, creating frustration and waste. The 200GC-pump's revolutionary plastic spring technology withstands over 2000 continuous presses—outlasting the contents of six typical product bottles. This exceptional durability not only enhances user experience but also reinforces your brand's commitment to quality and sustainability. Personal care brands can eliminate premature pump failures while simultaneously advancing their environmental initiatives with our innovative all-PP solution. Schedule a consultation to discover how our durable dispensing technology can elevate your product experience.

What truly sets the 200GC-pump apart is its exceptional functionality combined with environmental responsibility. The uniquely designed plastic spring withstands over 2000 continuous presses—equivalent to more than six bottles of product usage—ensuring long-term reliability. Advanced waterproof technology prevents shower water contamination, while the specialized e-commerce-friendly structure eliminates the risk of loosening and leakage during transportation. For brands seeking to balance premium performance with sustainability commitments, the 200GC-pump delivers the perfect solution without compromising on quality or user experience.


200GC-pump

1. Mono materila, all PP plastic,conducive to recycling;

2. Plastic spring can be pressed continuously for more than 2000 times, which is equivalent to using more than 6 bottles of liquid bulk.

3. The unique structural design makes the all-plastic pump have excellent resistance to pressing;

4. Water proof function, to prevent the shower water from entering the bottle and contaminating the liquid material;

5. E-commerce function to prevent loosening and leakage during transportation;