Finepac Structures Pvt Ltd Company Profile

Sr. No.

Item

Description

1

Company Name

Finepac Structures Pvt. Ltd.

2

Website

www.finepacindia.in

3

Established Date

1993

4

Headquartered

India

5

Market Position/ History

Finepac Structures Pvt. Ltd. was founded in 1993 and is headquartered in India. It is a manufacturer of structured packing, random packing, mass transfer trays, high performance separator internals, column internals, mist eliminators, static mixers and process equipment.

6

Sales Area

Worldwide

7

Manufacturing Location

Pune, India

8

No. of Employees

Over 200

9

Competitors

• Sulzer Ltd
• Koch-Glitsch LP
• Finepac Structures Pvt. Ltd
• RVT Process Equipment
• Nantong SuTong Separation Technology Co. Ltd
• AMT International Inc
• Beijing Zehua Chemical Engineering Co. Ltd.

Kevin Enterprises

10

Managing Director

Suhas Wakchaure

11

Ownership Type

Private

12

Contact Information

S Block, J-25 MIDC, Bhosari, Pune 411026, India

Tel: + 91-20- 66120661, +91 -20-66120665

Product

Description

Structured Packings

The corrugated metal sheets of structured packings provide a number of advantages compared to random packings and distillation trays.

FP- Structured Packing

Material of construction (MOC): Stainless steel, High Nickel Alloys, Hastelloy, Titanium, Copper, Tantalum, Monel.

Advantages

• Industry standard structured packing
• Low-pressure drop and high efficiency
• Good capacity characteristics

Key Characteristics

• Improved product purities and product yields
• Reduced reflux rations
• Pressure drop per theoretical stage of 0.3 – 1 mbar
• Maximum liquid load up to more than 200 m3/m2h
• Increased throughput High separation performance close to capacity limits

Applications

• Vacuum to moderate pressure
• Petrochemical columns
• High pressure for selected applications
• Refinery Columns
• Chemical Industry
• Natural gas drying with glycols

Packing Type: FP 1.25

• Surface Area (m²/m³: 125
• F-Factor: 3.5
• Number Of Theoretical Stages Per Meter (NTSM): 1

Packing Type: FP 1.70

• Surface Area (m²/m³: 170
• F-Factor: 3.0
• Number Of Theoretical Stages Per Meter (NTSM): 1.5

Packing Type: FP 2.00

• Surface Area (m²/m³: 200
• F-Factor: 2.7
• Number Of Theoretical Stages Per Meter (NTSM): 2

Packing Type: FP 2.50

• Surface Area (m²/m³: 250
• F-Factor: 2.2
• Number Of Theoretical Stages Per Meter (NTSM): 2.3

Packing Type: FP 3.50

• Surface Area (m²/m³: 350
• F-Factor: 1.8
• Number Of Theoretical Stages Per Meter (NTSM): 2.8

Packing Type: FP 5.00

• Surface Area (m²/m³: 500
• F-Factor: 1.5
• Number Of Theoretical Stages Per Meter (NTSM): 3.8

Packing Type: FP 7.50

• Surface Area (m²/m³: 750
• F-Factor: 1.2
• Number Of Theoretical Stages Per Meter (NTSM): 4.5

Wiremesh Packing

Material of construction (MOC): Stainless steel, High Nickel Alloys, Hastelloy, Titanium, Copper, Tantalum, Monel.

Key Characteristics

• Excellent wetting Characteristics Large number of theoretical stages
• Low overall height
• Capillary effect of special wire mesh
• High fractionation efficiency and capacity
• Large number of theoretical stages

Applications

• Pharmaceuticals
• Fine Chemicals
• Isomer mixtures
• Fatty alcohols
• Processing of specialty chemicals
• Monomers from plastics

Packing Type: WM 5.0M

• Surface Area (m²/m³: 500
• F-Factor: 2.2
• Number Of Theoretical Stages Per Meter (NTSM): 6

Packing Type: WM 7.5L

• Surface Area (m²/m³: 750
• F-Factor: 1.5
• Number Of Theoretical Stages Per Meter (NTSM): 9

FP-HC Packing

Material of construction (MOC): Stainless steel, Nickel Based Alloys, Hastelloy, Titanium, Tantalum, Monel.

Key Characteristics

• Available in both sheet metal and wire mesh
• Eliminates abrupt change in flow direction
• Eliminates premature build up of liquid
• Provides up to 50 % higher capacity at the same NTSM compared to conventional structured packing
• Significantly lower pressure drop compared to conventional packing

Applications

• Vacuum to high pressure applications
• Oil refineries
• Petrochemical columns
• Natural gas drying with glycols
• Revamping of existing
• Columns Fitted with conventional structured or random packing

Packing Type: HC 2.5L

• Surface Area (m²/m³: 250

Packing Type: HC 3.5L

• Surface Area (m²/m³: 300

Packing Type: HC 4.5L

• Surface Area (m²/m³: 350

Packing Type: HC 4.2L

• Surface Area (m²/m³: 420

Packing Type: HC 7.5L

• Surface Area (m²/m³: 500

CR-Series Packing

Key Characteristics

• Large number of transfer units per meter
• Best Choice for corrosive applications
• Smaller pressure drop per meter of packed height
• High operating temperature range
• Polypropylene 110° C Polyvinyl difluoride 150° C (PVDF)
• Most economical load range up to F-factor of 4

Applications

• Flue gas
• Cooler SO2 absorber
• HCl absorber
• Deaerators
• Seawater scrubber Liquid – Liquid extraction

Material of construction (MOC): Polypropylene, Teflon, PVDF, Ceramics.

Grid Packing

Key Characteristics

• High capacity and low pressure drop
• High coking and fouling resistance
• Corrosion and erosion resistance
• Excellent mechanical strength
• Reduced installation and removal time

Applications

• Vacuum tower wash section
• Flue gas scrubber
• Ethylene primary fractionators
• Atmospheric column over flash section
• Ethylene water quench tower

Material of construction (MOC): Stainless steel, Duplex Stainless Steel , Nickel Based Alloys.

Laboratory Packing

• Material of construction (MOC): Stainless Steel and Alloys
• Key Characteristics
• Highest number of theoretical stages at a low pressure drop.
• For Laboratory column ranging from 20 mm to 100 mm in diameter
• Very high separation efficiency

Available in two configurations

• DM Series Packing
• EM Series Packing