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We provide a full range of pultruded profiles, casing panels, fan-stacks, basins, stair treads etc as a one-stop shop for all cooling tower FRP needs. With strong emphasis on quality and delivery commitments, we believe we can become a trusted and reliable partner for you. We have supplied material to more than 50 countries for different projects and are happy to provide material to your warehouse or directly to the end site.Our main production facility is in Gujarat, India along with a fabrication shop in Benton, Illinois, USA as well. All our products are manufactured according to CTI, EN, ASTM standards with third party test results available on request.

Arvind’s FRP ladders are light-weight, safe and last much longer than aluminium or steel ladders. Due to its electrical insulation properties, FRP ladders are ideal for any applications where contact with Electricity may be a danger. Furthermore, due to its non-corrosive properties, these ladders can last for decades even in highly corrosive environments. Lastly, FRP ladders are light can be easily carried by a single person.

Arvind’s FRP ladders are available in various shapes and forms are can be used for a variety of industrial and residential purposes. All the ladder profiles are in compliance compliance with various global standards, including ANSI A14.5 and EN131.

Arvind offers a range of pultruded andmolded gratings designed to meet theload requirements for a variety of industrialpurposessuch as: Walkways, Platforms, Protective Shielding, Machinery Housings, Raised Floors and Stairways. FRP gratings are lightweightwhich allow them to be an economic replacement for conventional gratings,and its anti-corrosive properties allows itto be applicable for a range of industrialand extreme environments

Arvind’s FRP gratings are available in awide variety of dimensions, along withslip resistant options such as anti-skidcoatings, chequered plates etc.FRP Grating is often used when there are safetyconcerns due to liquids or oils on the floorand more corrosive environments needingchemical resistance. All are gratings are in compliance with ACMA/ANSI standards.FRP Grating can include bottling lines, foodprocessing plants, lift stations, commercialaquariums, lube oil facilities, plating shops,beverage canning facilities, chemical plants andpulp and paper plants ,Effluent TreatmentPlants and Water Treatment Plants.

Arvind’s FRP cable trays are designed to be light-weight, robust and durable. Due to the lower weight, FRP cable trays allow a higher loading span thus reducing the overall support structure and the initialcost. Furthermore, our cable trays are virtually maintenance free and can survive for decades in presence of weathering and corrosive elements. Thus, they are both an economical and a long-term superior product compared to alternatives.

Arvind’s cable trays are available with all accessories and are electrically insulated, UV protected and fire-retardant making them the material of choice for your cable management systems. Arvind’s cable trays are in line with NEMA standard and have been tested for.

CUSTOM STRUCTURES Bridges, Walkways and Handrails

Arvind offers a range of pultruded andmolded gratings designed to meet theload requirements for a variety of industrialpurposes. FRP gratings are lightweightwhich allow them to be an economicreplacement for conventional gratings,and its anti-corrosive properties allows itto be applicable for a range of industrialand extreme environments. FRP gratingsperform reliably for many years, even inheavy duty conditions.

Arvind’s FRP gratings are available in awide variety of dimensions, alongwithslip resistant options such as anti-skidcoatings, chequered plates etc.FRP Grating is often used when there are safetyconcerns due to liquids or oils on the floorand more corrosive environments needingchemical resistance.

Many different applications can benefit fromFRP Grating, such as: Walkways, Platforms,Protective Shielding, Machinery Housings,Raised Floors and Stairways. In addition, Industries that use mouldedFRP Grating can include bottling lines, foodprocessing plants, lift stations, commercialaquariums, lube oil facilities, plating shops,beverage canning facilities, chemical plants andpulp and paper plants. Several applications in Effluent TreatmentPlants and Water Treatment Plants

Advantages

Low maintenance due to
corrosion resistance
High Strength to Weight
Ratio
Impact Resistant &
Bi-directional strength
Fire Retardant
Slip Resistant

Key highlights of the product category
– Design Flexibility
– Low specific weight
– Superior mechanical properties
– Thermal insulation
– Vast variety of colour schemes available
– Chemical and corrosion Resistance
– High strength to weight ratio
– Electrical Insulation
– Flame retardant
– Rapid Installation
– Durable and low-maintenance
– Long life span
–
Range of products under the broad product category: (rough and random example below)
• Gratings:- Molded and Pultruded
• Cable trays:- Perforated and Ladder type
• Custom Structures- Bridges, Walkways and Handrails

Individual product info required:
Gratings
Arvind offers a range of pultruded andmolded gratings designed to meet theload requirements for a variety of industrialpurposes. FRP gratings are lightweightwhich allow them to be an economicreplacement for conventional gratings,and its anti-corrosive properties allows itto be applicable for a range of industrialand extreme environments. FRP gratingsperform reliably for many years, even inheavy duty conditions.

Arvind’s FRP gratings are available in awide variety of dimensions, alongwithslip resistant options such as anti-skidcoatings, chequered plates etc.FRP Grating is often used when there are safetyconcerns due to liquids or oils on the floorand more corrosive environments needingchemical resistance.

Many different applications can benefit fromFRP Grating, such as: Walkways, Platforms,Protective Shielding, Machinery Housings,Raised Floors and Stairways. In addition, Industries that use mouldedFRP Grating can include bottling lines, foodprocessing plants, lift stations, commercialaquariums, lube oil facilities, plating shops,beverage canning facilities, chemical plants andpulp and paper plants. Several applications in Effluent TreatmentPlants and Water Treatment Plants

Advantages

Low maintenance due to
corrosion resistance
High Strength to Weight
Ratio
Impact Resistant &
Bi-directional strength
Fire Retardant
Slip Resistant
Cable Trays
Arvind’s FRP cable trays are designed to be light-weight, robust and durable. Due to the lower weight, FRP cable trays allow a higher loading span thus reducing the overall support structure and the initialcost. Furthermore, our cable trays are virtually maintenance free and can survive for decades in presence of weathering and corrosive elements. Thus, they are both an economical and a long-term superior product compared to alternatives.
Arvind’s cable trays are available with all accessories and are electrically insulated, UV protected and fire-retardant making them the material of choice for your cable management systems.

Advantages

Corrosion resistant
High strength-to-weight ratio
High durability
Lightweight
Fire retardant
Easy installation
Non-magnetic

Custom Structures: Bridges, Walkways and Handrail

Using a mix of FRP pultruded and molded profiles, Arvind offers end to end custom solutions to the customers in form of Bridges, Walkways and Handrail system. These structures are aesthetically pleasing, non-corrosive, resist harsh environment and are easier to maintain than conventional material of constructions. Moreover they do not require painting as the structural parts are pre-pigmented at the time of Pultrusion.

Advantages
Enhanced Life span
Maintenance Free
Low Lifecycle cost
Ease of Transport
Lightweight
Easy Installation
Low Installation cost
Can be installed at difficult terrains.
Chemical resistance
Dimensional Stability.

Businesses looking for customized material solutions count on our expertise
and experience in the development of cutting-edge functional materials and components.
Human safety, construction, transportation, and the environment are the areas where our solutions excel.

Read More Further

Our wet filtration business manufactures woven filtration media and made-ups for a variety of fibers, finishes, GSMs and end applications. Our end customer applications include mineral processing, chemicals, dyes and intermediates, dewatering, pharmaceuticals, fertilizers and food industries etc. Our in-house yarn manufacturing allows us complete control over the product specifications and we can also customize products based on customer needs.

Technologies-

Pultrusion:

Arvind Composites’ core technology is the Pultrusion process with a monthly capacity of 700 + MT/monthly. Through its technology partner Top Glass S.R.L (based out of Italy and the pioneers of Pultrusion technology), Arvind is capable of pultruding the most complex shapes possible- from fan blades and radomes to busbar supports and windmill spars .

Pultrusion is a continuous process for manufacture of composite materials with constant cross-section. The term is a portmanteau word, combining “pull” and “extrusion”. As opposed to extrusion, which pushes the material, pultrusion works by pulling the material.

In the standard pultrusion process the reinforcement materials like fibres or fabrics or both are impregnated with resin, possibly followed by a separate preforming system, and pulled through a heated stationary die where the resin undergoes polymerization. The impregnation is either done by pulling the reinforcement through a bath or by injecting the resin into an injection chamber which typically is connected to the die. Many resin types may be used in pultrusion including polyester, polyurethane, vinylester and epoxy. Resin provides the resistance to the environment, (i.e., the corrosion resistance, the UV resistance, the impact resistance, etc.) and the glass / carbon fibres provides strength, in addition to safety from fire.

Filament Winding:

Filament winding is a technique mainly used for manufacturing pipes, tanks and pressure vessels. This process involves winding filaments under tension over a rotating mandrel. The mandrel rotates around the spindle while a delivery eye on a carriage traverses horizontally in line with the axis of the rotating mandrel, laying down fibres in the desired pattern or angle. The most common filaments are glass or carbon and are impregnated in a bath with resin as they are wound onto the mandrel. Once the mandrel is completely covered to the desired thickness, the resin is cured. Once the resin has cured, the mandrel is removed or extracted, leaving the hollow final product. For some products such as gas bottles, the ‘mandrel’ is a permanent part of the finished product forming a liner to prevent gas leakage or as a barrier to protect the composite from the fluid to be stored.

Products made from this technique include reverse osmosis membrane housing, pressure tubes and pressure vessels, light poles, pipes and sporting equipments.

Moulded Gratings:

Manufactured in a heated mould, where continuous glass fibres are placed in alternating layer pattern and is thoroughly wetted with a thermosetting resin. This results in an integral, one- piece product that exhibits bi-directional strength and anti-corrosive properties. After the curing process, the part is ejected from the mould. And if required grit, for anti-slip characteristic is bonded on the top of the surface as a tributary procedure.

FRP gratings are lightweight and easier to fabricate, which leads to savings on labour and equipment during installation. This makes the total installed cost of Fibreglass gratings comparable to metal gratings. Combining these installation savings with longer life span and low maintenance costs, FRP gratings are used as the material of choice in range of applications. Moulded gratings are used in a range of industries like oil and gas, ETP & WTP plants, walkways and construction.

Contact Moulding:

Contact moulding is a process in which reinforcements are layed up by hand along with a resin mixture in an open or closed mould. The reinforcement fabrics are layed up layer by layer to get the desired thickness and properties. Once the material is layed up on the mould, the material is allowed to cure either using an oven or at room temperature. The reinforcement is usually glass fabrics (can be carbon / aramid) and are in the ratio of 30 – 40% of the overall composite; the resin can be polyester, vinylester, epoxy or phenolic and form the rest of the composite.

Unlike Pultrusion, contact moulding is used to make complex shapes using FRP. Contact moulding is used in a range of applications – all the way from architectural pieces for infrastructure to interiors of railway coaches and from fan stacks for cooling towers to chairs for large stadiums.

RTM / VARTM:

In resin transfer moulding (RTM), the closed mould is first pre-loaded with a reinforcing fibre matrix or preform. A liquid thermoset resin is introduced in the mould to impregnate the preform. Just like hand lamination, once filled the mould can be cooled at a controlled rate for optimal thermoset curing. Vacuum assisted transfer molding (VARTM) uses a partial vacuum on one side of a fiber mat to pull the resin in for complete saturation. The reinforcement is usually glass fabrics (can be carbon / aramid) and are in the ratio of 50 – 60% of the overall composite; the resin can be polyester, vinylester, epoxy or phenolic and form the rest of the composite.

It is used mainly to mould components with complex shapes and large surface areas, which require a smooth finish. Thus it commonly used in the transport industry for automotive and railway applications.

Continuous Lamination:

Continuous lamination can be considered as an advanced automated process for making Composites Panels or Sheets. The process starts with combining glass reinforcement with resins. The mixture is than made to pass through form rolls with help of a conveyor system. The form roll mechanism ensures that the thickness is uniform and the resin content remains consistent across the product. The mixture is than made to pass thorough a heating element which helps in curing the resin and form a composite sheet.

Arvind have tied up with Polser A.S (based out of Turkey) for the continuous lamination technology. Arvind Polser’s FRP sheets and panels offer ideal solutions for the construction industry, Cooling Tower Industry, Agriculture and Livestock Industry, Hygiene Industry, Food Industry, Automotive Industry, Highways / Advertising Industry.

Prepreg moulding (sports):

Industrial/Work Wear: Our Work Wear series of fabrics, range from 100% cotton to various blends of poly cotton fabrics that are suitable for varied industrial operations. Our products have high abrasion meet global industrial laundry norms with stretch gives end uses the best work clothes with comfort.

Health Care: We have a dedicated manufacturing facility operated by experts for medical applications. Our niche portfolio of “Anti-microbial range” focuses on superior quality surgical scrub, surgical gown, doctor & nurse coat, laboratory coat, bed sheets
Our products find their application in surgical, cosmetic, absorbents, dressing and surgical drapes are exclusive made for medical industry.

Image Wear: Our expertise in new age shirting fabrics and bottom weights is incomparable. Our fabrics have a renowned name in the local and international markets.

Range of products under the Flame Retardant Category:

Our IGNX™ Range durable flame retardant properties that persist till the life of garment. The products are certified as per ISO 11612, EN ISO 11611, EN ISO 61482, EN ISO 1149, EN ISO 13034, EN ISO 20471, NFPA 2112, NFPA 70E & ASNZ standards from international bodies such as BTTG (UK), STFI (Germany), AITEX (Spain) and UL Labs.

IGNX™ Dura – Cotton range treated fabrics with Pyrovatex® from Huntsman ,
IGNX™ Dura – Cotton / Polycotton range treated fabrics with Proban® from Solvay .
IGNX™ ModaShield – Cotton / Modacrylic blended products from Protex® fibres developed by Kaneka.
IGNX™ AraShield – Aramid blended products from Meta / Para fibres developed DuPont.
IGNX™ Comfiline – Our knitted range is manufactured from treated cotton inherently flame resistant Modacrylic fibres.

Key highlights of the product category :

Stellar Weave – High Arc protection with comfort of Shirting
TOG ( Turn Out Gear ) – Fire fighting suit for modern day fire fighters
ECW ( Extreme cold weather) suit – For soldiers who bear Harsh cold weather ( -50 degrees)
CBRN ( Chemical Biological Radiation Nuclear) Suit – For first disaster responders

Our solutions:
Fire and Thermal retardant apparel and fabric: One of the largest FR fabric and garment manufacturer in India, deep expertise in providing the best FR solution (150 – 500 gsm) based on performance requirements of end user(images in folder AMD images – named as FT)

Combat Wear suits: Special suits for Armed forces in combat, non-combat and emergency operations, with chemical, biological, radiological and mechanical resistance properties(Images in folder AMD images – named as CW)

Medical Garments: Dedicated manufacturing facility to produce “Anti-Microbial” surgical scrub, gown, doctor & nurse coat, surgical drapes and other medical wear(images in folder AMD images – named as MG)

Weather:(images in AMD images folder – named as Wea)
Waterproof breathable fabric and apparel
High Altitude Clothing
Rain Wear

Industrial: (images in AMD images folder – named as Industrial)
Imagewear fabrics and apparel: Dedicated in-house designing team to provide the best fabric and styling to provide maximum comfort. We offer various chemical finishes including wrinkle free, prepress, easy to iron, stain repellent, anti-bacterial and many others
Personal protection equipment such as Gloves

Advantages
Greater performance at lower cost
Higher pay-load carrying capacity
Lighter body for achieving higher speeds
Design Flexibility
Long lifespan due to non-corrosion
Ease of handling and commissioning
Improved aesthetics and passenger comfort

Interiors covered
Side wall, end wall and partition walls
Coiling panels
Luggage racks, doors, and windows
Seats and berths with cushioning material
Door pillars
Modular toilets
Flooring
Air ducting arrangements
Bought-out items (Lighting, PA systems, Entertainment systems, etc.)

Exteriors
Aerodynamic front end/front mask
Driver desk and driver cab interiors
Guard’s compartment
Crew-friendly cabin

Additionally, AMD can also infuse tailored properties to suit varying needs of customers by adding additives and fillers to enhance fire retardancy, UV protection, and other characteristics of composites.

Key advantages of using pultruded FRP

Reduced construction cost and time
Composites weigh almost 40% lower than the equivalent steel structure. This leads to lower supporting weight for the civil construction required reducing the overall cost as well as construction time.
Corrosion-free and long life
FRP materials are designed to be immune to weathering and chemical corrosion. The structures can last for decades even under extreme conditions.
Easy installation, faster construction, and low labor cost
FRP is light-weight so it can be moved easily. Furthermore, FRP profiles can be joined using simple fabricating and joining tools, therefore, avoiding complex processes requiring skilled workers such as welding.

Natural insulation, savings on energy costs
FRP is 60% glass and has a very low thermal conductivity. This allows any structure made from FRP to provide natural insulation of a temperature difference of 2-4 degrees between inside and outside of the structure.
Painting is not required
FRP profiles have color inherently embedded in them and do not require external painting.
Fire retardance
Arvind’s FRP pultruded profiles are fire-retardant and are ASTM E84 Class A certified.
Electrical conductivity
FRP is electrically insulated material and thus can be used safely in any environment where worker and resident safety is paramount.

Advantages
Greater performance at lower cost
Higher pay-load carrying capacity
Lighter body for achieving higher speeds
Design Flexibility
Long lifespan due to non-corrosion
Ease of handling and commissioning
Improved aesthetics and passenger comfort

Interiors covered
Side wall, end wall and partition walls
Coiling panels
Luggage racks, doors, and windows
Seats and berths with cushioning material
Door pillars
Modular toilets
Flooring
Air ducting arrangements
Bought-out items (Lighting, PA systems, Entertainment systems, etc.)

Exteriors
Aerodynamic front end/front mask
Driver desk and driver cab interiors
Guard’s compartment
Crew-friendly cabin

Recognizing the power of alliances, the company partnered with global innovators in material science to find transformative and breakthrough solutions to some of the most pressing challenges we face.

Today, its product line includes eco-friendly solutions that address the environment, sustainability, and safety aspects without diluting the focus of advancing material science to build the society of tomorrow. AMD follows the principles of 5Ps namely, people, particles, processes, partnerships, and products, to power its ambition of making a difference through material innovation.

Industrial & Environmental

OUR PRODUCTS

Metro Rail Components

Metro Rail Components

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Metro Rail Components

Metro Rail Components

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Metro Rail Components

Advanced Composites

Metro Rail Components

Cooling Tower Solutions

Metro Rail Components

Metro Rail Components

CUSTOM STRUCTURES Bridges, Walkways and Handrails