1. Stable Support
Reactor platform provides a stable support structure to ensure that the reactor can be placed smoothly in the working position to prevent accidents due to instability.
2. Installation and Fixing
The platform is usually designed with a structure for installing and fixing the reactor to ensure that the reactor can be firmly fixed on the platform to avoid movement or tilt during use.
3. Convenient Operation
The design of the reactor platform takes into account the convenience of the operator and usually provides a convenient operating space and working height to make the operation more convenient.
4. Device Support
The reactor platform may also provide structures to support other related equipment or accessories, such as stirrers, temperature control equipment, etc., so that the entire reaction system can work together.
5. Protective Measures
The reactor platform may be designed with some protective structures to ensure the safety of operators, such as railings, guardrails, etc., to prevent personnel from entering dangerous areas by mistake.
6. Pipe Connection
There may be a pipe connection structure on the platform to connect reactors and other equipment to ensure the smooth flow and transfer of fluids, gases and other substances.
7. Insoection and Maintenance
The design of reactor platform usually takes into account the inspection and maintenance needs of the equipment, providing convenient access channels, maintenance spaces or structures for equipment disassembly to reduce the difficulty of maintenance work.
8. Follow Safety Regulations
The design and construction of the platform need to comply with relevant safety regulations and standards to ensure that no accidents or safety issues occur during use.