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2026/08/10Clicks：4
In chemical transportation and terminal operations, ship-to-shore transfer systems require flexible hoses with excellent corrosion resistance, pressure capability, and long-term reliability.
For concentrated acid transfer applications, hose selection is critical. The wrong material choice may lead to corrosion, leakage risk, and unexpected maintenance costs.
For an Australian chemical terminal project, CJan Fluid Technology Co., Ltd. provided the SST PTFE Composite Hose solution for ship-to-shore sulfuric acid unloading operations.
The hose is designed for transferring 99% sulfuric acid under DN200, PN1.6MPa working conditions, providing a safe and reliable connection between vessels and shore-based storage systems.
The project was developed for a ship unloading system where concentrated sulfuric acid needs to be transferred from vessels to onshore storage facilities.
Due to the nature of ship-to-shore operations, the transfer hose must handle changing working conditions, including:
A flexible PTFE composite hose was selected to replace traditional rigid piping solutions and provide safer operation flexibility.
Application:
Ship-to-shore sulfuric acid unloading system
Industry:
Medium:
Operating Temperature:
Working Pressure:
Size:
Length:
Connection:
Concentrated sulfuric acid is highly corrosive and requires carefully selected hose materials.
Common rubber or standard metal hoses may experience:
Therefore, the hose lining material must provide excellent chemical resistance.
Unlike fixed pipeline systems, ship unloading operations require flexibility due to:
The transfer hose needs to absorb movement while maintaining stable performance.
For DN200 large diameter applications, the hose must provide:
This requires a composite hose structure designed specifically for industrial chemical transfer.
Based on the application requirements, CJan Fluid Technology Co., Ltd. recommended the SST PTFE Composite Hose.
The SST series combines a PTFE inner lining with multi-layer reinforcement technology, providing excellent resistance against aggressive chemicals while maintaining flexibility.
It is suitable for:
The PTFE inner layer provides outstanding compatibility with many aggressive chemicals.
For sulfuric acid applications, PTFE helps protect the hose structure from chemical attack and improves operational reliability.
Advantages:
Ship-to-shore transfer systems require movement compensation.
Compared with fixed piping, SST composite hose provides:
The multi-layer composite structure provides excellent mechanical strength.
Suitable for demanding applications requiring:
According to the project requirements, both ends are equipped with stainless steel loose flanges.
Benefits:
Used for:
Suitable for:
Applications include:
For demanding chemical transfer applications, hose reliability directly affects operational safety.
The SST series provides a balanced solution combining:
It helps customers reduce maintenance frequency and improve the safety of chemical transfer operations.
| Item | Specification |
|---|---|
| Product | SST PTFE Composite Hose |
| Application | Ship-to-shore acid transfer |
| Medium | 99% Sulfuric Acid |
| Size | DN200 |
| Working Pressure | PN1.6MPa |
| Length | 10m per hose |
| Temperature | Ambient |
| Connection | Stainless Steel Loose Flange |
For ship-to-shore sulfuric acid transfer systems, selecting the right flexible hose is essential for safe and reliable operation.
The SST PTFE Composite Hose supplied by CJan Fluid Technology Co., Ltd. provides excellent corrosion resistance, flexible connection capability, and reliable pressure performance for large-scale chemical transfer applications.
With experience in advanced fluid handling solutions, CJan continues to support global customers in industries including chemical processing, semiconductor, pharmaceutical, and energy applications.
CJan Fluid Technology Co., Ltd. specializes in high-performance fluid transfer solutions for demanding industrial applications.
Our product range includes:
Industries served:
CJan provides reliable fluid solutions designed for safety, performance, and long-term operation.
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