BLUEPRINT OF APPLICATIONS

Solutions For Plastic & Polymer

The recent trend of replacing metallic parts with engineering plastics, increase in various types of electronic gadgets & packaging concepts has fueled the consumption of plastic as a raw material. To match this development for industries in compounding & master batches, we offer following solutions:

Combination of mechanical & pneumatic conveying of raw material (calcium carbonate, talc, polymers, resins, various additives etc.) from its receipt till extruder feed
Blending of different polymer grades
Pneumatic conveying of finished product to storage silo
PelletPurge for removal of fines & streamers, generated due to conveying, from finished products before packing
Bagging & pelletizing solutions for finished products

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Solutions offered to plastic industry

Use of plastics have risen significantly across multiple sectors and have more applications in today’s day and age as compared to ever before. Usage of plastic as a raw material has been driven by the current trend of replacing metallic parts with engineered plastics, as well as a growth in various sorts of electronic devices and packaging designs. To keep up with this trend in the compounding and master batch sectors. Increased requirement of production gives rise to the need for automation in production aspects. Material handling in the Plastic & Polymer industry plays a vital role in nearly all aspects of the process, from raw materials handling and manufacturing to distribution and consumption. Reliable bulk material handling is critical for achieving six-sigma operations, process automation, lean production, efficiency optimization, and debottlenecking. Poor flow is a problem with base fluff, resin, pellets, pastille, and granule polymer forms. Blocking, sticking, unpredictable flow, uneven discharge, segregation, ineffective mixing, and a lack of first-in, first-out vessel discharge sequence are all examples of flow difficulties. Material stagnation in storage bins, pellet degradation (fines formation), and batch cross-contamination can all cause product quality issues. Snake skins, streamers, and angel hair are all common by products of pneumatic conveying of plastics, all of which can clog downstream equipment. Increase your productivity and efficiency with our innovative products and solutions for your plant, whether you're handling a new resin with sticky qualities, feeding compounded plastics to an extruder or pelletizer, or driving off volatiles in a purge vessel, Indpro can assist you in achieving consistent material flow and higher throughputs.

Indpro Engineering Systems Pvt. Ltd.

Expertise that enables us to solve even the most challenging of dry plastics & polymer handling issues.

Materials We Handle

Glass Filled Polymer

Glass Filled Polymer

A glass-filled polymer, often known as glass-filled plastic, is a flexible composite material that may be molded. It is made up of short glass fibers embedded in a polymer matrix. It is utilized in the injection or compression molding of a wide range of structural components. It's a great glass substitute since it's versatile in terms of design, chemical resistance, and shatter resistance. Nylon, a polyamide polymer, is one of the most extensively used glass-filled thermoplastic polymers. Bakelite was the first moldable composite. The thermoset polymer matrix was made of wood flour fibers in phenolic resin. Because the fibers were so short, the material had a poor bulk strength, but it had high surface hardness and mouldability.

Glass-filled versions of a wide range of polymers are currently available, including nylon, acetal homopolymers and copolymers, polyester, polyphenylene oxide, and polycarbonate. However, glass-filled polymer granules are abrasive in nature. Special care has to be taken while handling bulk granules pneumatically. Various equipment is connected in between the pipeline that can get eroded if proper care is not taken. Once granules start flowing inside the pipe, they may get eroded. So, we have special techniques to take care of such materials. Please contact our technical centre for more information.
ABS Granules

ABS Granules

ABS granules, or Acrylonitrile Butadienestyrene, is an engineering polymer that has high fluidity and can take on any shape. It also has a nice gloss and color. ABS is distinguished by its durability, thermal stability, and ability to adapt to any stiff matrix. ABS is made by polymerizing acrylonitrile, styrene, and polybutadiene with the addition of polybutadiene. ABS is available in two grades, one for extrusion and one for the injection molding process. ABS is mostly used in mechanical applications, although it is also employed in electrical applications. Customers may choose from a variety of colors and tints, each with its own set of important features, allowing them to handpick or customize the granules to meet their specific needs.

When pneumatically handling ABS pellets, more caution is required. Once granules begin to run down the pipe, it may erode. As a result, we have developed unique procedures for dealing with such materials. For further information, please contact our technical center.
Polypropylene

Polypropylene

A thermoplastic "addition polymer" made from polymerized propylene monomers, polypropylene (PP) is a thermoplastic addition polymer. Plastics have found many applications in a variety of industries, including consumer packaging, as well as automotive components and innovative devices such as living hinges and garment textiles and fibres. Polypropylene (PP) is a crystalline thermoplastic widely used in everyday products like packing trays, home goods, battery cases, and medical devices. Polypropylene is part of the polyolefin group of plastics that are commonly found in the world today. Avoid leaking product while handling materials in the business, as this might result in having slippery floors! Static charges will build up, perhaps resulting in an

electric spark (ignition source). To avoid contamination, store the goods in bags, car silos, containers, or big cartons. We provide a variety of solutions for raw material storage and transfer. Bulk granules handling systems, big bag unloading systems, and pneumatic conveying systems are all available with us. Please connect with us if you'd like to talk about any prospective pneumatic conveying options for your polypropylene granules.
PET Chips

Polyethylene Terephthalate – PET Chips

As the most prevalent thermoplastic resin in the polyester family, PET Chips (polyethylene terephthalate) can be used in a variety of materials, and thermoforming resins and engineering resins can be used in conjunction with glass fiber to make textile fibers, liquid and food containers, and engineering resins. Bright or Super Bright Chips are either clear materials made of PET or semi-crystalline materials made of PET, depending on how they are handled. Plastic material PET is not only used for bottles for carbonated soft drinks and mineral water - it is also used for food packaging and films. Microwaveable containers, transparent films, hard cosmetic jars, and so on are some examples. In the fabrication of polyester filament yarns like POY, FDY, and staple fiber,

PET Chips of various grades such as textile grade are used. Storage duration, storage temperature, surface contamination, and transportation circumstances are all important factors to consider while making PET chips. A conversation with an Indpro specialist will help you figure out which pneumatic solution is best for your polyethylene terephthalate-PET chips conveying & storage.
HDPE Granules

HDPE Granules

In order to create HDPE (high-density polyethylene), ethylene monomer is used. In particular, HDPE pipes are called alkathene because of their high strengths-to-densities. HDPE is used to make plastic lumber, geomembranes, and corrosion-resistant pipes. High-density polyethylene, or HDPE, is a petroleum thermoplastic that is the most frequently used of the three polyethylenes for a number of applications. Then we will end up with the thermoplastic polymer HDPE (high-density polyethylene). HDPE has the strength to density ratio of a metal, making it particularly useful in manufacturing plastic bottles, corrosion-resistant pipes, and geomembranes.

HDPE is the most extensively utilised substance in the plastic and polymer business in today's industry 4.0. It is frequently recycled to create composite materials for the manufacture of plastic products, and in its pure state, it's used to create a variety of items to get the desired shape. Please connect with us if you'd like to talk about any attractive alternatives for pneumatically handling HDPE.
LLDPE Granules

LLDPE Granules

LLDPE (low-density polyethene) is a highly linear polymer that varies from LDPE (low-density polyethene) in a number of respects. Due to their diverse properties, these granules are utilised for a variety of applications across a wide range of sectors. The absence of long chain branching separates linear low-density polyethylene from ordinary low-density polyethylene (LDPE). LLDPE is made by combining ethylene with higher alpha-olefins like butene, hexene, or octene at lower temperatures and pressures. The most flexible of the plastic sheeting films is linear low-density polyethylene (LLDPE). Pond liners are made of LLDPE, which is mixed into other films to give them additional flexibility and strength.

LLDPE is used in films that require a lot of strength to withstand impacts without ripping or puncturing. LLDPE granules may be found in a variety of products today, including plastic bags, pouches, cable covers, and plastic wraps, as well as pipes, pipe covers, wire covers, buckets, utensils, and lids or containers. It is important to take particular precautions while handling LLDPE granules in bulk, especially since it is explosive in nature if it spreads into air. For further information, please contact us.
SAN Granules

Styrene Acrylonitrile Resin (SAN) Granules

SAN stands for styrene-acrylonitrile resin, a copolymer of styrene and acrylonitrile. It is extremely heat resistant, it is replaceable as a polystyrene alternative. Increased acrylonitrile concentration increases mechanical and chemical resistance while also giving the typically translucent plastic a yellow tint. Food containers, water bottles, cookware, computer goods, packaging material, battery cases, and plastic optical fibers are all examples of its applications. SAN resins are optically transparent resins that are utilized in a variety of applications such as household and consumer products, compounded products, packaging, electrical

and electronic appliances, medical applications, and some automotive applications. Because of its higher heat resistance, the styrene-acrylonitrile resin is frequently used instead of polystyrene. In fact, SAN offers the highest level of transparency of any polymer, making it suitable for use in applications requiring transparency. The flexibility and clarity make this a popular plastic for household items. Low Max Service Temperature, Hygroscopic nature are the essential parameters to consider while conveying SAN pneumatically. Please contact us for further information.
Polystyrene Granules

Polystyrene Granules

Polystyrene is a synthetic polymer that is made from the styrene monomer. Due to its economic efficiency and durability in typical atmospheric circumstances, it is one of the most commonly used plastics. Polystyrene is a thermoplastic material, which means it is solid at room temperature but flows at temperatures above 100℃. It is a hydrocarbon with alternating carbon and benzene rings in its structure. Packaging and household goods are only a few of the applications for polystyrene. Electronics for the general public. Despite its many uses, polystyrene is not biodegradable and so is considered anti-environmental. This is owing to the fact that it is inert and emits carbon dioxide when burned. Polymerisation, in which monomers join together to

form long chains, is used to create polystyrene. Indpro provides bulk granules handling systems, big bag unloading systems, and pneumatic polystyrene conveying systems. Please contact us if you'd like to talk about any prospective pneumatic conveying options for your polystyrene granules.
Polyester Chips

Polyester Chips

Plastics and polymers are fundamentally composed of polyester chips. Polyester chips are used to produce PET Film. PET (polyethylene terephthalate) chips, are made by polycondensing pure terephthalic acid with monoethylene glycol to produce polyester granules. In addition to printing and lamination, these chips are used in metallization, embossing, hologram production, thermal lamination, and other applications. Polyester fibres such as short and long fibres are made from these chips in the textile industry. In the processing area, adequate ventilation and cleanliness are required. Good workplace hygiene measures should be used to keep the area under control. At high enough concentrations, dust accumulation can pose a fire and explosive risk.

Identify any sources of ignition and remove them. Polyester chips provide special problems that necessitate precise machine designs and filtering systems. You may always contact us to find out how to handle your polyester chips material without disrupting the system. We provide solutions for transfer of both hot as well as cold PET chips.
PVC Powder

PVC Powder

Plastic (PVC) is made up of polyvinyl chloride. A resin is a substance that is commonly used in the manufacture of plastics and rubbers. Thermoplastics are made from PVC resin, which is a white powder. Blood bags, windows, and pipelines are all manufactured from PVC resin. PVC is available in two main types rigid and flexible. PVC is used in pipe construction as well as profile applications such as windows and doors in their rigid form. It is used to make cans, non-food containers, food-covering sheets, and cards. It's also utilized to replace rubber in a range of applications, including plumbing, electrical wire insulation, fake leather, flooring, signs, phonograph records, inflatable goods, and more.

Materials such as PVC Pipes, PVC Profiles, PVC Sheets, and PVC Flexible Pipes can be used to create PVC Powder applications. Bulk powder handling systems, big bag unloading systems, pneumatic conveying systems and dust collection systems for PVC powder are all available from Indpro. Please contact us if you would like to explore any possible pneumatic conveying options for your PVC powder.
Polystyrene Powder

Polystyrene Powder

A mixture of polystyrene and styrene copolymers makes powdered polystyrene useful for making a variety of products. Other applications for polystyrene powder include packaging for foods, food storage, refrigeration, packaging for appliances, stationery, plastic utensils, sound or video, office or consumer electronics, toys, and food storage. Polystyrene, which is made of polystyrene powder, is the material used for expanding polystyrene (EPS) and extruding polystyrene (XPS). Along with copolymerizing, or mixing with other materials, polystyrene powder is used to produce rubber and plastic goods of varying hardness and stiffness.There is a special care need to be taken care while handling and storing polystyrene powder -ingestion and inhalation must be avoided,

enough ventilation must be provided, and product must be kept away from heat, sparks, lighted cigarettes, tatic electrical discharges, or open flame. Keep the handling areas clean and free of loose beads and dust. In material handling systems, small amounts of fines or dust from granular resins might build. If you'd like more information about any potential solutions for your polystyrene powder management, please contact us.
Polycarbonate Powder

Polycarbonate Powder

Polycarbonates are thermoplastic polymers that contain carbonate groups. Certain grades of polycarbonates have high optical transparency and are durable, robust engineering materials. Polycarbonate is a fantastic material for applications that require both transparency and strong impact resistance. This is a common material used as a substance in eyeglasses because it is naturally UV-blocking and lighter than glass. Polycarbonate is a high-performance thermoplastic polymer that is strong, amorphous, and transparent. Polycarbonate sheets are incredibly durable, withstanding severe winds and rains, temperature fluctuations, and enormous force. Polycarbonate is often used in eye protection as well as other projectile-resistant viewing

and illumination applications that would typically need glass but require significantly better impact resistance. Polycarbonate is a fantastic material for applications that require both transparency and strong impact resistance. In the process industry, handling polycarbonate is precise and careful. It is critical to take care when handling, storing and transporting hazardous materials. We can assist you with the technical aspects of integrating our system with your process. For further information, please feel free to contact us.
Polymer Powder

Polymer Powder

Spray-drying polymer dispersions produce polymer powders. When the dispersible polymer powder come into contact with water, they break down and release the individual dispersion particles. Polymer powders are used to make tile adhesives, external wall putty, construction adhesives, construction binders, Concrete joints mortars, plasters, and filling compositions like floor-filling formulations, repairing joints, waterproofing membrane applications, and crack isolation membranes. Effectively storing and handling such polymer powder is crutial. The surface will become slippery if the product spills on the floor, for example. Prevent powder spillages by going for efficient pneumatic conveying systems. Contain spillages by ventilating the room or region

by effective dust extraction systems. It is important to take particular precautions while handling such polymer powder in bulk. For further information, please contact us.
Additives Powder

Additives Powder

Additive powders are an essential component in the production of powder coatings and in enhancing the properties of engineering plastics and masterbatches. In most cases, additives serve the same functions as they do in liquid coatings. Powders also include many of the same additives used in liquid coatings. The only exceptions are wetting agents, dispersing agents, and foam-control agents, and foam-control agents. The powder is used as an additive in paints and colors. Additives can be used to improve the flow of the paint and slow its drying to help the particles follow a smooth path and adhere properly.These additives may at times be poor flowing and hence the system design must be effective to aid in good flowability of such materials.

At Indpro, we expertise in handling such materials. Get in touch with our experts to get the right solution for your powder handling requirements.
Filler Powder

Filler Powder

Filler powder materials are particles that are added to resin or binders (plastics, composites, concrete) to improve particular characteristics, lower costs, or a combination of the two. Filler materials used for flooring are mainly ground calcium carbonate (GCC), kaolin, talc, precipitated calcium carbonate (PCC). and carbon black. Fine powder filler that is suitable for repair work on plasters, plasterboards, wood, bricks, stone, and most other common building materials. It dries to a smooth finish for use as a primer before painting or wallpapering.When processing the filler powder, storage time, storage temperature, surface contamination, and shipping conditions are all significant considerations.A consultation with an Indpro professional will assist you in determining if pneumatic conveying is the right solution for your filler powder application.

Industries we cater to

Masterbatch Manufacturing

Engineering Plastics
Manufacturing

Adhesive
Manufacturing

Adhesives are a class of compounds that allow you to bind together disparate materials and surfaces, making separation difficult. Various additives can be utilized to increase adhesive qualities and reduce viscosity in a variety of industrial applications. The term "additive" refers to a substance that may be employed in several ways. They can be used to change the physical and chemical characteristics of almost any liquid or powder. Adhesive compounds are often liquid in nature. However, a solid form, such as powder, pearls, or sticks, can be found and melted to make a weld. Cohesion, adherence, form, and thickness of the adhesive layer, as well as the so-called depth of

penetration of the material by an adhesive substance, all influence its strength. In large production plants, large volumes of liquid or powder additives are used. Pneumatic conveying systems from Indpro offer a variety of material handling options for a variety of additives and powders in a variety of industrial applications. An Indpro specialist can assist you in determining which pneumatic solution is suitable for your adhesive raw material of final compound.

Polyfilm
Manufacturing

A polymer film, which can be as thin as 200 micrometres, is made of a continuous polymer material of fewer than 1000 micrometres in thickness. Polymer films are formed primarily from a variety of thermoplastic resins, each with its unique set of physical properties, and are produced utilizing processes such as film extrusion with a flat die, cooling, and winding up on a roll. To create continuous tubes of plastic, molten plastic is forced through circular dies. After being inflated with air, the bubble is drawn vertically up a tower for cooling, before being flattened to its lay-flat diameter. Film thickness is determined by the speed with which it is withdrawn from the die.

The amount of air injected into the bubble determines the width of the film. A polymeric film can be transparent, opaque, semi-transparent, clear, colorful, smooth, rough, functionally embossed with other types of finishes. Finished films can be laminated or stretched (directed) in a machine-, cross-, or biaxial direction. Get in touch with us to know how to effectively use our technology to help automate all-polymer film manufacturing material handling.

What people are saying about Indpro

An honest endorsement from our satisfied clients will help you understand how our services have made a difference in their businesses and are ready to make in yours.

Partnering with Indpro was a game-changer for us. As a manufacturer of cable compounds, there is a huge variety of powders and polymer granules used in our process. A dependable bulk material handling system is crucial. The system comprised of jumbo bag handling, small bag dumping, and conveying to the extruder while controlling any dust present in the system. They helped not only improve our operational efficiency but also elevated the quality of our products. Their team's expertise and prompt support reflect their dedication to delivering excellence.

Kaushik Naik

DDev Plastiks Industries Ltd.

We have been in the polymer industry for decades, and Indpro’s conveying system to silos is a great investment we have made. Their conveying system ensures that plastic granules are handled with consistency. It's a pleasure working with a company that understands our unique needs.

R S Negi

Chiripal Poly Films Ltd.

We have been associated with Indpro since 2017 and have implemented numerous conveying systems for various grades of polymers. Their system has streamlined our bulk polymer handling process, saving us both time and resources. The seamless integration and user-friendly interface make it an essential asset for any production setup.

Shantanu Majumdar

Jindal Poly Films Ltd.

The automation and efficiency offered by Indpro's systems have elevated our raw material & finish good products handling process. We have partnered with them for multiple extrusion lines. We handle multiple raw material grades using jumbo bags and small bags. We are highly satisfied with the performance and reliability of their systems.

Varun Gupta

Calco Poly Technik Pvt. Ltd.

Indpro has helped us with improving the capacity of our existing conveying system at an optimal cost. Their understanding of our process and quick responses helped us complete the enhancement project in a short period. The engineering team promptly visited our factory and studied the process and offered their solution. We are happy with the services provided by them and recommend them to anyone looking to enhance their conveying systems.

Jigar Trivedi

Sabic Innovative Plastics

We're delighted with the performance of Indpro's conveying system. They have delivered the promised specifications within a challenging timeframe. The system's robustness and reliability for handling polymer granules at high capacity has helped us enhance our existing processes. Their commitment to delivering a reliable product is evident in every aspect of their system.

Sanjeev Mohite

Lanxess India Pvt. Ltd.

Indpro has automated material handling for polymer and fine powders at our plant for both lines. We have been using the system for over 6 years. The genius of their design is the ease of maintenance, uninterrupted service, and safe operation for everyday use. The complete experience of working with Indpro team has been a delight especially in the recent years after Rounak has joined the business. It has helped me deliver quality products with repeatability to my customers! I recommend Indpro for top quality bulk material handling equipment.

Geet Chadha

Soltex Petroproducts

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20 Countries | 1000+ Installation | 70% Of Repeat Order | 2 Overseas Tie-Ups

What you will get:

Unique customized solution for your raw material conveying requirements.
We analyse your material in our technical centre to determine the material properties.
We integrate our system with your current process using our expertise in application engineering.

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