Transfer Terminals
Petroleum & Chemical Transfer Terminal Hose & Safety Solutions
Petroleum and chemical transfer terminals demand rugged, chemically compatible components to ensure safe, efficient, and compliant handling of hazardous liquids. From fuels and solvents to acids and process chemicals, every transfer system must meet stringent standards for pressure, temperature, and static dissipation to protect people, products, and facilities.
Industrial hoses provide reliable performance for the loading and unloading of bulk liquids, engineered for chemical resistance and long service life. In many facilities, loading arms are used alone or alongside hoses to deliver secure, efficient connections between transport vehicles and storage tanks. To ensure leak-free transfer, industrial couplings are critical for tight, reliable connections, while valves provide both precise flow control and emergency shut-off capabilities.
For personnel safety, gangways allow OSHA-compliant access during transfer operations, protecting workers in high-risk environments. Together, these solutions create a system that supports safe transfer, regulatory compliance, and uninterrupted terminal operations.
Advantages of Catawba Rubber Petroleum & Chemical Terminal Solutions
- Chemically compatible hoses – engineered for fuels, solvents, acids, and hazardous liquids.
- Standards-compliant performance – products built to meet strict pressure, temperature, and static dissipation requirements.
- Secure transfer systems – loading arms and hoses designed for safe, efficient connections.
- Leak-free reliability – industrial couplings that ensure tight seals under demanding conditions.
- Safety-focused controls – valves for precision flow management and emergency shut-off.
- Worker protection – OSHA-compliant gangways for safe personnel access during transfers.
With Catawba Rubber’s petroleum and chemical transfer terminal solutions, operators gain durable, compliant, and safety-driven products that protect people, reduce risk, and ensure efficient transfer in even the most hazardous environments.
