Modern RSS3 Rubber Production Process At The Factory
RSS3 rubber is a smoked sheet rubber widely used in the manufacturing of tires, conveyor belts, rubber gaskets, and many other industrial products. To produce high-quality and consistent products, the manufacturing process must be strictly controlled from latex treatment to final packaging.
A key highlight of today’s RSS3 production line is the application of modern technology, including a 5-roll milling system, automatic CD cutting machines, GREENHOUSE drying facilities, and advanced drying ovens to improve product quality and optimize operational efficiency.
Advantages Of The RSS3 Production Line
- Uniform rubber sheet thickness and dimensions
- Smooth surface with high elasticity
- Improved water and serum removal efficiency
- Reduced dependence on weather conditions
- Energy-saving GREENHOUSE technology
- Stable quality meeting export standards
The production system includes:
- 5-roll milling machines: 2 units – capacity 2 tons/hour/machine
- CD cutting machines: 2 units – capacity 2 tons/hour/machine
- GREENHOUSE drying house using solar energy
- Advanced drying oven system
RSS1 / RSS2 / RSS3 / RSS4 Rubber Production Process
1. Coagulation And Rubber Block Formation
After harvesting, liquid latex undergoes a coagulation process to form coagulated rubber. Molds are used to shape the rubber into uniform blocks, ensuring convenience for the next production stages.
2. Feeding Rubber Into The CD Cutting Machine
The coagulated rubber blocks are transported from the channel system to the automatic CD cutting machine.
The CD cutting machine cuts each rubber block into sheets with uniform:
- Length
- Width
- Thickness
This significantly improves product consistency compared to manual methods.
3. Rubber Milling With A 5-Roll Milling System
After cutting, the rubber sheets pass through a modern 5-roll milling system.
- Compressing and removing water
- Eliminating excess serum
- Creating ribbed patterns on the sheet surface
This process improves elasticity, creates a smooth surface, and supports efficient drying in later stages.
4. Hanging Rubber Sheets And Loading Onto Trolleys
After milling, the rubber sheets are hung on specialized drying poles and placed onto trolley carts for transport to the drying area.
- Prevents sheets from sticking together
- Improves air circulation
- Ensures even drying
5. Drying Inside The GREENHOUSE Facility
The trolley carts containing rubber sheets are moved into the GREENHOUSE drying house for approximately 24 – 48 hours.
The temperature inside the drying facility is maintained consistently using clean energy mainly from sunlight.
- Fuel saving
- Environmentally friendly
- More natural drying process
- Reduced impact from external weather conditions
6. Drying Rubber In Advanced Technology Ovens
After greenhouse drying, the rubber sheets are transferred to a modern drying oven system for 60 – 72 hours.
- Fully cures the rubber
- Creates standard RSS color
- Stabilizes product quality
7. Sorting And Quality Control
Once the rubber reaches the required quality, the products are removed from the oven and transferred to the quality control department.
- Classifying rubber according to standards
- Inspecting color and cleanliness
- Removing defective products
8. Final Product Packaging
Finally, the rubber is compressed into bales, sampled for technical inspection, labeled with quality control tags, and grouped according to customer requirements.
Conclusion
The modern RSS3 rubber production process helps improve product quality, optimize productivity, and ensure consistency in every rubber sheet. The application of 5-roll milling machines, CD cutting machines, GREENHOUSE drying systems, and advanced drying ovens is becoming the modern trend in rubber manufacturing, meeting both domestic and international quality standards.
