In high-viscosity processes such as polymer polymerization and resin synthesis, conventional reactors commonly suffer from problems such as material buildup on the reactor walls, uneven heat transfer, material accumulation in dead corners at the bottom, and inconsistent polymerization degrees of materials, directly affecting product qualification rates and batch stability.

Both zirconium-coated autoclaves and Hastelloy autoclaves are high-end corrosion-resistant reaction equipment, but their material properties, applicable media, and economics differ significantly. The core of selection is whether the corrosion system is compatible.

There are significant differences between horizontal reaction vessels and vertical reaction vessels in terms of structural design, applicable processes, footprint, and stirring effects. Users should choose the appropriate equipment form according to the production process.