Brand Name: | FUTURE |
MOQ: | 100000pc |
Price: | Negotiable |
Packaging Details: | carton |
Payment Terms: | L/C,D/A,D/P,T/T,Western Union,MoneyGram |
Commodity: | 0.12CC, 0.15CC, 0.20cc Aerosol Spray Valve For Misting |
---|---|
Material: | Aluminum cup or tinplate cup |
Color: | Silver or golden |
Usage: | For Personal Care, Medical And Household Etc |
Straw length: | Customizable |
The precision mist dispensing valve stands as a cornerstone in reliable aerosol technology, designed to deliver consistent and controlled mist dispersion for a wide range of formulations. As a key component in spray systems, this mist actuator combines advanced engineering with user-centric design to ensure optimal performance. Crafted with high-grade materials, it minimizes leakage and ensures uniform spray output, making it a trusted choice for manufacturers seeking stability in their dispensing mechanisms.
Perfect for multi-surface household cleaners, allowing consumers to spray evenly across large areas without over-saturating surfaces.
Brand Name: | FUTURE |
MOQ: | 100000pc |
Price: | Negotiable |
Packaging Details: | carton |
Payment Terms: | L/C,D/A,D/P,T/T,Western Union,MoneyGram |
Commodity: | 0.12CC, 0.15CC, 0.20cc Aerosol Spray Valve For Misting |
---|---|
Material: | Aluminum cup or tinplate cup |
Color: | Silver or golden |
Usage: | For Personal Care, Medical And Household Etc |
Straw length: | Customizable |
The precision mist dispensing valve stands as a cornerstone in reliable aerosol technology, designed to deliver consistent and controlled mist dispersion for a wide range of formulations. As a key component in spray systems, this mist actuator combines advanced engineering with user-centric design to ensure optimal performance. Crafted with high-grade materials, it minimizes leakage and ensures uniform spray output, making it a trusted choice for manufacturers seeking stability in their dispensing mechanisms.
Perfect for multi-surface household cleaners, allowing consumers to spray evenly across large areas without over-saturating surfaces.