Concrete pump rubber seal ring

Introduce

Concrete pump rubber seal ring is a key component used in the concrete pump system to seal the interface between the pump body and the pipe to prevent the concrete in the concrete pump from leaking or leaking.

Technical data

Certification standards

• ISO standards: standards related to rubber products issued by the International Organization for Standardization, ISO 9001 (quality management system), etc. These standards can be applied to the manufacturing and quality control of concrete pump rubber seal rings.
• ASTM standards: The American Society for Testing and Materials has issued some standards related to rubber products, such as ASTM D2000 and ASTM C1619. These standards can be used to evaluate the performance and quality of concrete pump rubber seals.
• DIN standards: The German Institute for Standardization (DIN) has issued some standards related to rubber products, such as DIN 53504 (rubber hardness test) and DIN 53517 (rubber tensile strength and elongation at break test), etc. These standards can be used to test and evaluate the performance characteristics of rubber seals.

Advantage and Function

1. Seal function: The concrete pump rubber seal ring’s primary role is to prevent concrete from leaking by providing sealing in the concrete pump system. It effectively seals the interface between the pump body and pipe during transportation, ensuring that the construction quality and efficiency are not compromised. This guarantees construction quality and efficiency.
2. The concrete pump rubber seal ring is commonly produced from FVMQ material, which withstands high pressure and high-speed concrete flow. This maintains a stable seal performance over long periods, reducing wear and leakage and extending the lifespan of the seal ring.
3. Additionally, concrete commonly holds corrosive chemicals and elements, but the concrete pump rubber seal ring possesses excellent corrosion resistance. The rubber seal can withstand the effects of acids, alkalis and other chemicals found in concrete, enhancing its longevity and reliability.
4. Additionally, its elasticity and resilience enable it to conform to the uneven interface between the pump body and pipeline to maintain a consistently high level of sealing performance. The system maintains stability and proper sealing efficacy even when subjected to varying pressures and temperatures, ensuring the safety and reliability of its operation.
5. The rubber seal ring used in the concrete pump offers exceptional resistance to high temperatures and can withstand thermal expansion and pressure in such environments. High-temperature durability is also a key feature, as concrete pumping generates high temperatures during operation. The rubber seal ring used in the concrete pump offers splendid resistance to high temperatures and can withstand thermal expansion and pressure in such environments. The rubber seal ring used in the concrete pump offers excellent resistance to high temperatures and can withstand thermal expansion and pressure in such environments. The rubber seal ring used in the concrete pump offers magnificent resistance to high temperatures and can withstand thermal expansion and pressure in such environments. This guarantees the continued effectiveness of the seal and ensures that the system operates smoothly.
6. Oil and chemical resistance:  Rubber seals typically exhibit good resistance to oil and chemicals, readily withstanding the corrosive impact of grease and chemicals found in concrete while preserving superior sealing performance.
7. Concrete pump rubber seal rings are generally engineered for simple installation and replacement, facilitating prompt repairs and replacement when required, thus reducing downtime and improving construction efficiency. Easy to install and replace: Concrete pump rubber seal rings are mainly engineered for simple installation and replacement, facilitating prompt repairs and replacement when required, thus reducing downtime and improving construction efficiency. Concrete pump rubber seal rings are typically engineered for simple installation and replacement, facilitating prompt repairs and replacement when required, thus reducing downtime and improving construction efficiency.