Sustainable Deodorant Body Spray Valve for Natural Cosmetics Brands with Recycled Materials and Bio-Based Seals
Product Description:
Pioneering green solutions for clean beauty brands, our eco-engineered Deodorant Body Spray Valve features 65% post-consumer recycled polypropylene and sugarcane-derived EPDM sealing gaskets. This sustainable actuator reduces carbon footprint by 42% versus conventional valves while delivering precise dosage control for sensitive natural deodorants. The clog-resistant nozzle handles viscous plant-based formulations (up to 25 cP viscosity) without silicone lubricants. Certified home-compostable (OK Home TÜV Austria) for end-of-life disposal, its low-force actuator (15-25N) enhances accessibility. Compatible with aluminum pressurized containers for full-pack recyclability. The dispensing mechanism employs friction-fit assembly eliminating glue VOCs. Ideal for organic deodorants requiring compatibility with essential oils and baking soda suspensions.
Bullet Points:
-
-
65% PCR plastic housing with carbon-negative production
-
Bio-based sealing gaskets (ISO 14021 certified)
-
Clog-resistant nozzle for natural thickeners (xanthan/arrowroot)
-
Low-force actuator meets inclusive design standards
-
Glueless assembly enables cleaner recycling streams
Specific Application Scenario:
Filling organic deodorants with particulate suspensions (e.g., arrowroot powder) in GMP-certified facilities requiring plastic-neutral components.
FAQ:
-
Q: Are these sustainable actuators food-contact compliant?
A: Yes, FDA 21 CFR & EU 10/2011 certified.
-
Q: What’s the viscosity limit for your clog-resistant nozzle?
A: 25 centipoise at 20°C – tested with shea butter blends.
-
Q: Can we customize colors using natural pigments?
A: Yes, mineral-based colorants supported (MOQ 250K).
-
Q: Is the dispensing mechanism compatible with compressed air propellants?
A: Optimized for N₂/LPG hybrids; request spec sheet for details.
-
Q: Do recycled materials affect valve durability?
A: Our PCR blend exceeds ISO 22241 mechanical strength standards.