Description
Plastic Tri-Packs tower packing is renowned for its consistent performance across various industrial mass transfer and separation processes. These Tri-Packs, introduced in the 1980s and famed for their distinctive spherical shape, serve as crucial media in random tower packing—an essential technique for purifying gases and liquids. They find application in distillation, scrubbing, degasification, stripping, and more. While random tower packing media come in diverse shapes, Jaeger tri-pack packings stand out for their exceptional functionality and ability to maximize surface contact. This increased contact facilitates more efficient separation of chemicals.
Plastic tri-pack is a type of random tower packing characterized by its hollow, spherical structure. With symmetrical geometry, it consists of a unique network of ribs, struts, and drip rods. These packs are typically made from injection-molded plastics such as PP, PE, PVC, PVDF, and other materials. Common diameters for plastic tri-packs include 1″, 1-1/4″, 3″, and 3-1/2″.
Moreover, Plastic Tri Pack Rings effectively mitigate two common issues—dry spots and compression interlock—often encountered with traditional packing media. These issues lead to undesirable liquid and air channeling, reducing media efficiency. It’s crucial to note that while surface area is important, excessive surface area can hinder gas-liquid contact, resulting in higher pressure drops and increased operational expenses. Tri-Packs tower packing strikes the optimal balance, offering the best surface-to-open-area ratio for maximizing mass transfer efficiency while minimizing operating costs.
Advantages of Plastic Tri Packs Tower Packing:
Maximizes active surface areas.
Minimizes pressure drops.
Supports high operating capacities.
Symmetrical geometry comprising a unique network of ribs, struts, and drip rods.
Facilitates efficient mass and heat transfer.
Ensures excellent dispersion of gas and liquid.
Features of Plastic Tri-Pack Tower Packiing:
Enhanced mass transfer efficiency.
Uniform distribution of gas and liquid.
Large surface area.
Minimal pressure drop.
Resistance to temperature and chemicals.
Applications of Plastic Tri-Pack:
Gas absorption and purification.
Gas and liquid separation.
Liquid extraction.
Water treatment.
Biological filtration.
Specification of Tri-Packs :
Available materials:Polypropylene (PP)，Polyethylene (PE)，Polyvinyl chloride (PVC)，Chlorinate polyvinyl chloride (CPVC)，Polyvinylidene Fluoride (PVDF)，Reinforced Polypropylene (RPP)
Packages:
