Plastic Random Packings: SH Tri-Pack

A Reliable Solution for Mass Transfer Processes, Improving Chemical Purification

Boost Column Performance with SH Tri-Pack Packing Media

SH Tri-Pack

SH Tri-Pack tower packing is an effective method of enhancing mass transfer and separation efficiency for a number of different industrial processes. Found in uses such as distillation, scrubbing, degasifying, and stripping, it is an important tool in gas and liquid purification

What differentiates SH Tri-Pack is that it has a carefully designed shape, which ensures maximum surface contact between liquid and vapor. This enables better chemical separation while improving liquid distribution within the column. Its design discourages nesting and promotes even flow, resulting in more accurate outcomes and fewer maintenance requirements.

Designed for consistent, long-term operation, SH Tri-Pack performs well in chemical processing, environmental treatment, and petrochemical industries. Wherever you need to optimize a system or build a new one, it provides an economical, efficient means of improving process results.

Technical Breakdown of Product Characteristics

Size Surface (m2/m3) Free Vol %
25 279 90
50 157 94
90 125 95

Our other Plastic random Packings Products

Plastic Random Packing- Pall-Ring
Plastic Random Packing- Pall-Ring

Droplet separators also have a key function in most of the industrial processes that deal with gas or vapor streams.

Plastic Random Packings: SH-Cascade Ring, (Equivalent to CASCADE MINI-RINGS)
Plastic Random Packings: SH-Cascade Ring, (Equivalent to CASCADE MINI-RINGS)

Droplet separators also have a key function in most of the industrial processes that deal with gas or vapor streams.

Plastic Random Packings: SH-RingHC
Plastic Random Packings: SH-RingHC

Droplet separators also have a key function in most of the industrial processes that deal with gas or vapor streams.

SH-FlowHC
SH-FlowHC

Droplet separators also have a key function in most of the industrial processes that deal with gas or vapor streams.

Super-Torus-Saddle
Super-Torus-Saddle

Droplet separators also have a key function in most of the industrial processes that deal with gas or vapor streams.

Why Choose Our SH Tri-Pack

  • Maximizes surface area for efficient gas-liquid contact

  • Ensures uniform flow and prevents clogging or nesting

  • Offers excellent chemical resistance for harsh environments

  • Lightweight construction reduces equipment load

  • Maintains low pressure drop to save energy

  • Ideal for applications like distillation, scrubbing, and stripping

  • Reduces maintenance with smooth, fouling-resistant design

  • Delivers long-term durability and cost-effectiveness

We are here to help
Contact
maps

278 to 301, Radha Madhav Eco-Industrial Park NH 56, Vapi, Gujarat, India

Let’s Collaborate

If your facility requires custom-engineered water treatment or filtration solutions, we are here to help. Contact our team to discuss your next project and discover how SH Engitech can support your vision.

    Frequently Asked Questions About Systems Health Checks

    SH Tri-Pack is commonly used in processes like distillation, scrubbing, degasifying, and stripping to improve gas and liquid separation by increasing surface contact area.

    Its unique open structure promotes better mixing and contact between gas and liquid phases, which enhances mass transfer efficiency and results in more effective separation.

    Yes, SH Tri-Pack is designed with durable materials that offer excellent chemical resistance and can perform reliably in demanding process conditions.

    No, its lightweight and open design ensures minimal resistance to flow, keeping pressure drop low and energy consumption efficient.

    Its shape prevents nesting, ensures even distribution, and increases contact surface area, all of which contribute to better performance and lower maintenance.

    The open structure helps prevent clogging and fouling, which lowers the need for frequent cleaning and helps extend the lifespan of the system. This leads to reduced maintenance downtime and improved operational efficiency.