Business Hours:
Monday – Friday: 8:00 AM – 12:00 PM, 1:30 PM – 5:30 PM
Hit enter to search or ESC to close
Monday – Friday: 8:00 AM – 12:00 PM, 1:30 PM – 5:30 PM
Looking for high-quality PP cup sinks for fume hoods? Our China factory provides chemical-resistant polypropylene sinks designed to withstand corrosive reagents. As leading suppliers, we offer durable, easy-to-install solutions for laboratories seeking safety and efficiency.
Description
The PP Cup Sink for Fume Hoods is a professional-grade laboratory accessory engineered specifically for high-performance chemical environments. Constructed from premium Polypropylene (PP), these sinks provide exceptional resistance to corrosive substances, ensuring maximum durability and safety when integrated into fume extraction systems.
Designed to optimize laboratory workflows, our cup sinks combine precise dimensional engineering with advanced drainage solutions. Whether used for rinsing glassware or managing liquid waste, these sinks offer a seamless blend of chemical stability and operational efficiency, adhering to strict industrial standards for water pollution prevention and laboratory safety.
| Model WJH0356 | Int: 160100106mm / Ext: 200140180mm | Model WJH0356A | Int: 219117122mm / Ext: 252150185mm |
|---|---|---|---|
| Model WJH0356C | Int: 21898150mm / Ext: 260140235mm | Model WJH0356E | Int: 84120mm / Ext: 118190mm |
| Model WJH0356F | Int: 155120mm / Ext: 185214mm | Material | High-Grade Polypropylene (PP) |
| Application | Fume Hood Integration | Water Pollution Control | |
| Feature | Integrated Filter | Anti-Spill Edge Design |
Made from premium PP material, it resists corrosion from harsh chemicals, ensuring no degradation over time.
Specially designed drainage holes prevent water stagnation and ensure a smooth liquid flow during experiments.
Equipped with high-efficiency filters to remove impurities, preventing blockages in the laboratory plumbing.
Specially treated edges prevent liquids from splashing out, maintaining a clean and safe workspace.
The ultra-smooth finish makes cleaning effortless and prevents chemical residues from sticking to the surface.
Available in multiple dimensions to perfectly fit various fume hood configurations and lab requirements.
Real-time tracking of PP sink stock levels to ensure timely replacement for large-scale lab projects.
Strict adherence to manufacturing standards for environmental protection equipment.
Scheduled reminders for filter cleaning and sink inspection to maintain optimal flow.
Monitoring compliance with water pollution prevention and laboratory safety protocols.
Optimized packaging for safe transit of lightweight yet rigid PP components.
Support for customized dimensions to integrate with non-standard fume hood layouts.
| Feature | Standard Plastic Sinks | Premium PP Cup Sinks | Long-term Value |
|---|---|---|---|
| Chemical Resistance | Moderate | Exceptional | Lower Replacement Cost |
| Cleaning Effort | High (Residues) | Minimal (Smooth) | Reduced Labor Time |
| Drainage Reliability | Prone to Clogging | Filtered System | Less Downtime |
| Leakage Risk | Higher | Anti-Spill Edge | Improved Lab Safety |
| Service Life | Short-term | Extended Life | Higher ROI |
PP is highly resistant to a wide range of acids, bases, and organic solvents, making it the ideal material for environments where corrosive chemicals are handled daily.
The integrated filter catches solid impurities and experimental debris, preventing them from entering the drainage pipes and reducing the risk of costly plumbing blockages.
Yes, we provide various internal and external dimensions (such as WJH0356 series) to ensure compatibility with a wide range of standard and custom fume hood designs.
Absolutely. By capturing solids via the filter and preventing spills through the anti-spill edge, they contribute significantly to controlled waste management in water pollution prevention.
The surface is designed to be non-stick. Regular rinsing with water or a mild detergent is typically sufficient to remove chemical traces without scrubbing.
The differences lie in the internal and external dimensions, allowing users to select the specific volume and fit required for their particular laboratory equipment setup.
