About Sparkler Filtration System
TECHNICAL SPECIFICATION
AN 1SO 9001:20008 CERTIFIED CO
SPARKLER FILTRATION SYSTEM
Types
Diameter of
Plate
No. of
Plates
Filtering Area
M2
Cake Holding
Capacity Ltrs.
Capacity
Ltr / Hr
ME-8-6
8"
6
0.198
4.50
400
ME-8-8
8"
8
0.254
5.78
500
ME-14-8
14"
8
0.756
27.00
1500
ME-14-10
14"
10
0.924
35.00
1800
ME-18-8
18" D
8
1.270
51.00
2500
ME-18-15
18" S
15
2.270
44.00
4500
ME-18-12
18" D
12
1.840
78.00
3700
ME-18-23
18" S
23
3.400
65.00
6800
MICRO TECH ENGINEERING OFFER
Operation :
MICRO TECH ENGINEERING OFFER
The unfiltered liquid is fed into the filter under positive pressure, where liquid travels in downwards direction and finds its way through opening on sides of the Filter Plates.
As the liquid pressure increases, the Filter media holds the foreign particles and allows only clear filtrate to pass through the central channel formed by interlocking pressure cups to the outlet. Filtration is continued until the cake holding capacity of the unit is reached or until the filtrate rate becomes too slow owing to cake resistance.
Versatile and Durable Filtration SolutionThe Sparkler Filtration System stands out for its versatility and robust construction, offering options for plate counts, surface finishes, and support materials. With manual or CIP cleaning capability, it suits diverse process requirements. Its mobile or fixed mounting provides installation flexibility, while customizable mesh sizes and connection types ensure compatibility with a range of liquid filtration needs.
Compliance and Safety AssuredDesigned in line with GMP standards, this filtration system emphasizes cleanability and leak-proof operation. Neoprene or silicon gaskets create secure seals, while various sealing mechanisms ensure safe and reliable use. Maintenance is streamlined, and the system minimizes downtime, making it ideal for high-demand environments needing stringent quality control.
FAQ's of Sparkler Filtration System:
Q: How does the Sparkler Filtration System operate without electrical requirements?
A: The system utilizes line pressure from the process stream, eliminating the need for electrical operation. This makes it energy-efficient and suitable for locations where electrical access is limited or where minimizing electrical risk is crucial.
Q: What types of filter media are compatible with this system?
A: You can use filter papers, cloths, or pads, depending on your filtration requirements. The mesh size can also be customized to achieve the desired clarity and filtration grade, ranging from medium to fine.
Q: When should I consider changing the filter media or cleaning the system?
A: Filter media should be replaced or cleaned when you notice reduced flow rates, increased pressure drop, or after a processing batch is completed. The system supports both manual and CIP (Clean In Place) cleaning methods for convenient operation and maintenance.
Q: Where is the Sparkler Filtration System most effectively utilized?
A: This filtration system is used in industries such as pharmaceuticals, chemicals, food and beverage, cosmetics, edible oil processing, water treatment, and distilleries - essentially any application requiring efficient, leak-proof liquid filtration.
Q: What are the mounting options for this filtration system?
A: The unit is available in both mobile (with castor wheels) and fixed mounts, allowing easy relocation or stable integration into a processing line according to operational needs.
Q: How does the leak-proof feature benefit my operations?
A: A leak-proof design helps prevent product loss, ensures operator safety, and maintains cleanliness in processing areas, which is especially critical for GMP-compliant environments.
Q: What is the process for changing filter plates or performing maintenance?
A: Quick-change mechanisms like center or side bolts facilitate fast and easy removal of plates. This enables efficient maintenance, media replacement, and cleaning, minimizing downtime during production shifts.