Glow Tech Polymer

A Polypropylene (PP) Electroplating Filter is a corrosion-resistant filtration system used to continuously remove suspended solids, sludge, and impurities from electroplating solutions. Made from chemical-resistant polypropylene, it is ideal for handling acidic and alkaline plating baths while maintaining clean electrolyte conditions for consistent and high-quality plating results.

Key Features:

• Construction: 100% polypropylene housing and internals for excellent chemical resistance.

• Filtration Media: Cartridge, bag, or filter paper types with selectable micron ratings.

• Pump: PP-lined or magnetic-drive centrifugal pump for safe chemical circulation.

• Operation: Side-stream or continuous filtration without interrupting plating.

• Applications: Suitable for zinc, nickel, copper, chrome, tin, gold, and silver plating baths.

Advantages:

• Prevents pitting, roughness, and dull deposits.

• Improves brightness, leveling, and coating uniformity.

• Extends bath life and reduces chemical consumption.

• Lightweight, durable, and easy to maintain.

• Cost-effective solution for manual and automatic electroplating plants.

A Gold & Silver Electroplating Filter is a high-precision filtration system used in precious metal electroplating baths to remove fine particles, suspended solids, and contaminants without losing valuable metal content. Maintaining ultra-clean electrolyte is critical in gold and silver plating to achieve bright, smooth, and defect-free deposits, especially for electronics, jewelry, and decorative applications.

Key Features:

• Construction: Chemically resistant PP/PVDF housing to suit cyanide and non-cyanide gold/silver solutions.

• Filtration Media: Fine-micron cartridge or bag filters (typically 1–5 microns) for high-purity filtration.

• Pump: Low-shear, corrosion-resistant pump to prevent bath disturbance and metal loss.

• Metal Recovery Friendly: Designed to minimize precious metal drag-out and allow easy recovery from filter media.

• Operation: Continuous side-stream filtration for stable bath conditions.

• Applications: Gold, silver, and other precious metal plating in electronics, connectors, PCB, jewelry, and decorative plating.

Advantages:

 

• Ensures high-brightness and smooth plating finish.

• Prevents pitting, roughness, and nodules.

• Extends bath life and maintains consistent chemistry.

• Reduces precious metal loss, lowering operating cost.

• Compact, reliable, and easy to maintain.

A Mini Electroplating Filter is a compact filtration unit designed for small electroplating tanks, laboratory setups, and pilot plants. It continuously removes fine suspended particles, sludge, and impurities from plating solutions, helping maintain bath clarity and consistent plating quality even in low-volume operations.

Key Features:

• Compact Design: Small footprint, ideal for limited spaces and bench-top tanks.

• Construction: Chemical-resistant PP/PVC housing suitable for acidic and alkaline solutions.

• Filtration Media: Fine-micron cartridge or bag filters (typically 5–20 microns).

• Pump: Built-in corrosion-resistant circulation pump for continuous filtration.

• Easy Operation: Plug-and-play design with quick filter replacement.

• Applications: Used in small zinc, nickel, copper, tin, gold, and silver plating baths, R&D labs, and job shops.

Advantages:

• Maintains clean and stable plating solutions.

• Improves surface finish and reduces plating defects.

• Extends bath life with minimal chemical loss.

• Low power consumption and easy maintenance.

• Cost-effective solution for small-scale plating requirements.

An Industrial Electroplating Filter is a filtration system used to continuously remove suspended solids, sludge, and impurities from electroplating solutions. By maintaining a clean and stable electrolyte, the filter helps achieve uniform metal deposition, improved surface finish, and longer bath life, which are essential for consistent plating quality.

Key Features:

• Construction: Corrosion-resistant PP, PVC, or FRP housing suitable for acidic and alkaline solutions.

• Filtration Media: Cartridge, bag, or filter paper types depending on bath requirement.

• Pump: Chemically resistant centrifugal pump for continuous circulation.

• Flow Rate: Available in various capacities to suit small to large plating tanks.

• Design: Side-stream or in-tank circulation type for uninterrupted plant operation.

• Applications: Used in zinc, nickel, copper, chrome, tin, and precious metal plating baths.

Advantages:

• Improves plating brightness and uniformity.

• Reduces defects such as pitting, roughness, and nodules.

• Extends bath life and reduces chemical consumption.

• Enhances process stability and productivity.

• Easy to operate, maintain, and customize as per plant needs.

A PP Electroplating Filter is a corrosion-resistant filtration unit made from Polypropylene (PP), used to continuously remove suspended solids, sludge, and impurities from electroplating solutions. It helps maintain clean and stable plating baths, resulting in uniform coating thickness, improved surface finish, and consistent plating quality.

Key Features:

• Material: 100% polypropylene construction for excellent resistance to acids and alkalis.

• Filtration Media: Cartridge, bag, or filter paper with selectable micron ratings.

• Pump: PP-lined or chemical-duty centrifugal pump for continuous circulation.

• Operation: Side-stream filtration without interrupting plating process.

• Applications: Suitable for zinc, nickel, copper, chrome, tin, gold, and silver plating baths.

Advantages:

• Prevents pitting, roughness, and dull deposits.

• Improves brightness and coating uniformity.

• Extends bath life and reduces chemical consumption.

• Lightweight, durable, and easy to maintain.

• Cost-effective solution for manual and automatic electroplating plants.

A Filter for Electroplating Chemical is a filtration system used to remove suspended particles, sludge, metallic impurities, and organic contaminants from electroplating and chemical treatment solutions. It helps maintain clean, stable, and balanced bath chemistry, ensuring consistent plating quality and longer solution life.

Key Features:

• Construction: Made from chemical-resistant PP, PVC, or FRP suitable for acidic and alkaline chemicals.

• Filter Media: Cartridge, bag, or filter paper with selectable micron ratings.

• Pump System: Corrosion-resistant circulation pump for continuous filtration.

• Operation: Side-stream filtration without disturbing the plating process.

• Applications: Used in zinc, nickel, copper, chrome, tin, gold, silver plating, and chemical cleaning baths.

Advantages:

• Improves plating brightness and surface finish.

• Prevents pitting, roughness, and coating defects.

• Extends chemical bath life and reduces consumption.

• Ensures process stability and reliable operation.

• Easy to operate, maintain, and customize for plant requirements.

Our Electroplating System has a unique combination of high filtering quality and simple design. It is used in filtering process solutions, where in the solution is clarified for increasing its life as well as bettering the quality of resultant product. Our Filtration System, Media & Accessories are also useful in operations such as transferring pumping, aerosol packaging and in-line filtration of bulk liquids drum filling. With our filters, there are enhanced possibilities in the capacity of contaminant holding and flow.

Various models in which our filters are available include:

·         Single Stage Filtration Unit

·         Two Stage Filtration Unit

·         Multifunction Filtration Unit

·         Simple Single Stage Re circulating Filtration Unit

·          

Operations:

 

In the filter chamber, the septic liquid is entered. Then, it is uniformly distributed around the filter plates / cartridges. Now, the filtration process is carried out to inside from outside. On the outer side, solids are accumulated on filter paper / paper cloth / filter cartridge that are placed in the assembly which is of plate type. At the outlet, the clear filtrate is accumulated.

 

Salient Features:

 

·         Accommodates 5,10, 20 inches long filter cartridges

·         Bypass sealing arrangement

·         Easy to operate Flanged or quick-connect coupling at filter inlet & outlet

·         Filter chambers are permanently piped

·         Flow rate up to 10000ltr./hr & More

·         High capacity of 'dirt holding'

·         Simple and fast maintenance along with easy cleaning

·         Standard design and maximum part interchangeability

·         Variety of sizes availability

·         With optional pressure gauge, gauge guard assembly and ventilation valve

An Electroplating Chemical Filter is a filtration system used to remove suspended solids, sludge, metallic impurities, and degradation by-products from electroplating and chemical process solutions. It helps maintain bath cleanliness, chemical stability, and consistent plating quality, which are critical for reliable electroplating operations.

Key Features:

• Construction: Made from chemical-resistant PP, PVC, or FRP suitable for acidic and alkaline solutions.

• Filtration Media: Cartridge, bag, or filter paper depending on bath type and required micron rating.

• Pump System: Corrosion-resistant centrifugal pump for continuous circulation.

• Flow Arrangement: Side-stream or inline filtration without disturbing production.

• Capacity: Available in various flow rates to suit small tanks to large industrial plating lines.

• Applications: Used in zinc, nickel, copper, chrome, tin, gold, silver plating, and chemical treatment baths.

Advantages:

• Improves plating brightness, smoothness, and uniformity.

• Prevents defects such as pitting, roughness, and burning.

• Extends bath life and reduces chemical consumption.

• Enhances process consistency and productivity.

• Easy to operate, maintain, and customize for plant requirements.

Carbon filters in an electroplating plant are used to remove organic impurities, oils, breakdown products, and color-causing contaminants from plating solutions. They typically use activated carbon as the filtration medium, which adsorbs unwanted organic compounds and helps restore bath clarity and performance. Carbon filtration is essential for maintaining plating brightness, adhesion, and consistent coating quality.

Key Features:

• Construction: Chemical-resistant PP, PVC, or FRP filter housings suitable for acidic and alkaline baths.

• Filtration Media: High-quality activated carbon used with filter paper or cartridges.

• Operation Mode: Batch or continuous side-stream carbon treatment.

• Pump System: Corrosion-resistant circulation pump for safe chemical handling.

• Applications: Used in zinc, nickel, copper, tin, gold, silver, and decorative plating baths.

Advantages:

• Removes organic contamination and bath breakdown products.

• Improves brightness, leveling, and surface finish.

• Prevents burning, pitting, and dull deposits.

• Extends bath life and reduces chemical replacement cost.

• Easy to operate and maintain with proper disposal of spent carbon.

An Electroplating Filter is a filtration unit used to continuously remove suspended solids, sludge, metallic impurities, and organic contaminants from electroplating solutions. By keeping the electrolyte clean and stable, the filter helps achieve uniform metal deposition, improved surface finish, and consistent plating quality, while also extending the life of the plating bath.

Key Features:

• Construction: Made from PP, PVC, FRP, or SS depending on chemical compatibility.

• Filtration Media: Cartridge, bag, filter paper, or carbon media with selectable micron ratings.

• Pump System: Chemically resistant circulation pump for continuous operation.

• Operation Mode: Side-stream or continuous filtration without interrupting plating.

• Applications: Used in zinc, nickel, copper, chrome, tin, gold, silver, and decorative plating baths.

Advantages:

• Reduces plating defects such as pitting, roughness, and burning.

• Improves brightness, leveling, and coating uniformity.

• Extends bath life and lowers chemical consumption.

• Enhances process stability and productivity.

• Easy to operate, maintain, and customize as per plant requirements.

A PP Cartridge Chemical Filter is a compact and corrosion-resistant filtration unit designed for continuous filtration of chemical and electroplating solutions. It uses polypropylene (PP) cartridge elements to remove fine suspended particles, sludge, and impurities, ensuring clean and stable chemical baths for consistent process performance.

Key Features:

• Construction: 100% polypropylene housing and cartridges for excellent resistance to acids and alkalis.

• Filtration Media: Replaceable PP cartridge filters with micron ratings typically from 1 to 50 microns.

• Design: Vertical or horizontal housing for easy cartridge replacement.

• Operation: Side-stream or inline filtration without interrupting the process.

• Applications: Suitable for electroplating, chemical treatment, pickling, etching, and rinse water filtration.

Advantages:

• Improves solution clarity and process stability.

• Reduces defects caused by contamination.

• Extends chemical bath life and lowers operating costs.

• Lightweight, durable, and easy to maintain.

• Ideal for manual, semi-automatic, and automatic plants.

A Cartridge Electroplating Filter is a specialized filtration system designed to enhance the quality and efficiency of the electroplating process by removing impurities and particulate matter from the plating solution. This filter utilizes advanced cartridge technology to ensure that only clean, high-purity solutions are circulated during electroplating, thereby improving the quality of the plated finish and extending the lifespan of the plating bath. Ideal for use in various industries, including electronics, automotive, and jewelry manufacturing, this filtration solution is essential for achieving optimal plating results and maintaining consistent production quality.

Key Features:

• High-Efficiency Filtration: Equipped with high-performance filter cartridges that effectively capture a wide range of contaminants, including fine particulates, sediment, and metal shavings, ensuring a clean plating environment.
• Durable Construction: Made from high-quality, chemical-resistant materials designed to withstand the corrosive nature of electroplating solutions, enhancing durability and longevity.
• Easy Cartridge Replacement: Designed for simple and quick cartridge replacement, minimizing downtime during maintenance and ensuring uninterrupted production.
• Versatile Design: Available in various sizes and configurations to accommodate different plating systems and operational needs, making it adaptable for a range of electroplating applications.
• Improved Plating Quality: By continuously filtering the plating solution, the system helps maintain consistent metal deposition, reducing defects such as pitting, roughness, and discoloration.

Applications:

• Electronics Manufacturing: Used to filter plating solutions for circuit boards, connectors, and other electronic components, ensuring high conductivity and a smooth finish.
• Automotive Industry: Essential for plating automotive parts, enhancing corrosion resistance and durability while maintaining aesthetic quality.
• Jewelry and Decorative Plating: Helps produce flawless finishes on jewelry items, improving visual appeal and longevity by removing impurities from the plating bath.
• Metal Finishing: Supports a wide range of metal finishing applications by maintaining clean electrolytes, ensuring high-quality, consistent results across various projects.

Benefits:

• Enhanced Efficiency: The cartridge filter system optimizes the plating process by ensuring the cleanliness of the solution, which can lead to reduced scrap rates and improved production efficiency.
• Cost-Effective Maintenance: Regular filtration extends the life of the plating solutions and minimizes the frequency of costly replacements, resulting in lower operational costs.
• Consistent Plating Results: By maintaining solution purity, the filter contributes to uniform metal deposition, ensuring high-quality finishes and meeting industry standards.
• User-Friendly Operation: Designed for easy installation and operation, making it accessible for various levels of expertise and reducing the need for extensive training.

The Cartridge Electroplating Filter is an essential component for any electroplating operation that prioritizes quality, efficiency, and reliability. Its advanced filtration technology, durable construction, and ease of use make it a valuable investment for businesses looking to enhance their electroplating processes and achieve superior plating results.

An Electrophoretic Lacquer Cartridge Filter is a fine-filtration unit used in electrophoretic (CED) coating systems to remove suspended solids, coagulated paint particles, and impurities from the lacquer bath. It ensures clean and stable bath conditions, which are essential for achieving uniform coating thickness, smooth surface finish, and high corrosion resistance.

Key Features:

• Filter Housing: Chemical-resistant PP, PVDF, or SS construction compatible with lacquer chemistry.

• Filter Media: High-precision cartridge elements with micron ratings typically from 1 to 10 microns.

• Operation: Continuous side-stream filtration without disturbing the coating process.

• Design: Easy cartridge replacement with minimal paint loss.

• Compatibility: Suitable for anodic and cathodic electrophoretic lacquer systems.

Advantages:

• Maintains consistent lacquer quality and bath stability.

• Prevents coating defects such as pinholes, roughness, and inclusions.

• Improves surface finish, adhesion, and corrosion resistance.

• Extends bath life and reduces lacquer consumption.

• Reliable, compact, and easy to maintain.

A CED Cartridge Filter is a fine-filtration unit used in Cathodic Electrodeposition (CED) coating systems to remove coagulated paint particles, suspended solids, and contaminants from the CED bath. Maintaining a clean bath is essential for achieving uniform coating thickness, smooth surface finish, and high corrosion resistance in electrophoretic coating processes.

Key Features:

• Construction: Chemical-resistant PP, PVDF, or SS housing compatible with CED paint chemistry.

• Filter Media: High-precision cartridge elements with micron ratings typically 1–10 microns.

• Operation: Continuous side-stream filtration without disturbing the coating process.

• Design: Easy cartridge replacement with minimal paint loss.

• Application: Suitable for automotive, appliance, and industrial CED coating plants.

Advantages:

• Prevents pinholes, roughness, and coating inclusions.

• Maintains bath stability and coating consistency.

• Improves surface finish, adhesion, and corrosion protection.

• Extends CED bath life and reduces paint consumption.

• Reliable, compact, and easy to maintain.