The Water Saving shower head is designed to reduce water consumption without compromising on the showering experience. It typically employs advanced water spray technologies and designs such as air injection and micro-apertures to maintain shower quality while reducing water flow. The manufacturing process for this type of shower head usually involves techniques such as injection molding, metal processing, and spraying.
Details:
| Brand | OEM |
| Function | single function |
| Body material | Stainless steel |
| Nozzle material | TPR |
| Surface finish | CP:Chrome Plated; BN:Brushed Nickel; ORB:Oil Rubbed Bronze;
PB:Polished brass plated; |
| Surface treatment | Polished |
| Water Pressure | 0.5-10 bar |
| Water flow | 4-6kgs |
| Life Guarantee | 5years |
| Working temperature | 90 celsius degree or below |
| Water Salt Spray test | AASS 24 hours ,9 grade |
| Packaging | Customization brown/white box/blister packaging |
The Production process of Shower Head:
- Design:The design of the shower head is created, considering factors like water pressure, spray pattern, and aesthetics.
- Material Selection:Materials such as stainless steel, brass, or plastic are chosen for the shower head, depending on the design and desired features.
- Preparation:The selected materials undergo preparation for manufacturing, which may involve casting, forging, or injection molding processes.
- Basic Shape Formation:Metal shower heads may be shaped through casting or forging, while plastic shower heads are typically formed through injection molding.
- Feature Addition:Additional features like nozzles, spray settings, and finishes are incorporated into the shower head through machining or assembly processes.
- Testing:The assembled shower head undergoes rigorous testing to ensure quality, including assessments for water pressure, spray pattern, durability, and corrosion resistance.
- Quality Control:Throughout the production process, quality control measures are implemented to ensure each shower head meets the manufacturer’s standards and customer expectations.
- Packaging:Once testing is complete, the finished shower heads are packaged and prepared for distribution to retailers or consumers.
The Advantages of Shower Head:
- Water Conservation:Shower heads designed for water saving help reduce water usage by limiting flow rates without compromising water pressure, promoting eco-friendly practices.
- Cost Savings:Lower water consumption translates to reduced utility bills, offering long-term savings for consumers.
- Energy Efficiency:By using less hot water, water-saving shower heads contribute to energy conservation, as less energy is required to heat water.
- Environmental Impact:Decreased water usage helps conserve precious water resources and reduces the strain on water treatment facilities and ecosystems.
- Comfort and Convenience:Despite lower flow rates, modern water-saving shower heads are engineered to provide a satisfying shower experience with adequate pressure and coverage.
- Regulatory Compliance:Water-saving shower heads often comply with regulatory standards for water efficiency, ensuring they meet industry requirements and certifications.
- Customization:Many water-saving shower heads offer adjustable settings and spray patterns, allowing users to tailor their shower experience to their preferences.
- Longevity:High-quality water-saving shower heads are built to last, offering durability and reliability over time, reducing the need for frequent replacements.
