Stainless steel resin reactor

INTRODUCTION

Synthetic polymers are synthesized from monomers by a multitude of reaction mechanisms, including addition and step-growth reactions, and polymerization processes (e.g., bulk, solution, precipitation, suspension, emulsion, solid catalyzed polymerization, and interfacial polycondensation). Their macromolecular architecture (e.g., molecular weight distribution, copolymer composition distribution, and branching distribution) depends not only on the chemical nature of the monomers, type of polymerization mechanism, and physical state of the polymerization system but also on the reactor configuration. A variety of polymerization reactors, including continuous (e.g., continuous stirred tanks, train of continuous stirred tank reactors, and loop-type reactors), batch, and semibatch, are commonly employed in polymer manufacturing.

FEATURES

This whole set is including: Stainless steel resin reactor; vertical fraction column; horizontal condenser, water storage tank, vacuum, pipeline & platform. All parts of the equipment that contact with the material are all made by stainless steel. 

• Main reactor: Volume, material, heating method, mixing type, internal cooling coils, etc.

• Volume: 500L; 1000L; 2000L; 3000L; 5000L; 8000L; 10000L; 15000L; 20000L; 25000L; 30000L; 

• Design pressure:  0-10bar;

• Design temperature: 0-300℃;

• Wet Material：SUS316L 

• Jacket material: SS304

• Impeller: Paddle + anchor type; Double spiral impeller, etc.

• Vertical fraction column, horizontal condenser, separator, relux pipeline;

• Vacuum system with buffer tank;

• Certificate: GB;  ASME U stamp;