Rajoo Engineers Plastic extrusion machinery plastic extrusion machineries monolayer blown film plants multilayer blown film plants downward extrusion blown film lines PS/PE foam extrusion plants PS/PP/ABS/rPET/EVA sheet plants thermoforming & PS foam vacuum forming machines plastic extrusion plants monolayer blown film lines multilayer blown film lines downward extrusion blown film plants PS/PE foam extrusion lines PS/PP/ABS/rPET/EVA sheet lines plastic machinery manufacturer plastic machinery exporter Rajoo Engineers Limited India
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#DidYouKnow Plastic components are 50% lighter than the components made from other materials. Using plastic increases the fuel economy by 25 to 35% and decreases the CO2 emission of a car by 20 Kg in its operation life. #PlasticFacts #RajooEngineers #Rajkot #PlasticMachinery https://t.co/6r46TbCTN7

#DidYouKnow Plastic components are 50% lighter than the components made from other materials. Using plastic increases the fuel economy by 25 to 35% and decreases the CO2 emission of a car by 20 Kg in its operation life. #PlasticFacts #RajooEngineers #Rajkot #PlasticMachinery https://t.co/6r46TbCTN7

#DidYouKnow Plastic components are 50% lighter than the components made from other materials. Using plastic increases the fuel economy by 25 to 35% and decreases the CO2 emission of a car by 20 Kg in its operation life. #PlasticFacts #RajooEngineers #Rajkot #PlasticMachinery https://t.co/6r46TbCTN7

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Oct 22, 2020
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#DidYouKnow Plastic components are 50% lighter than the components made from other materials. Using plastic increases the fuel economy by 25 to 35% and decreases the CO2 emission of a car by 20 Kg in its operation life. #PlasticFacts #RajooEngineers #Rajkot #PlasticMachinery #Machines #PlasticIndustry

#DidYouKnow Plastic components are 50% lighter than the components made from other materials. Using plastic increases the fuel economy by 25 to 35% and decreases the CO2 emission of a car by 20 Kg in its operation life. #PlasticFacts #RajooEngineers #Rajkot #PlasticMachinery #Machines #PlasticIndustry

#DidYouKnow Plastic components are 50% lighter than the components made from other materials. Using plastic increases the fuel economy by 25 to 35% and decreases the CO2 emission of a car by 20 Kg in its operation life. #PlasticFacts #RajooEngineers #Rajkot #PlasticMachinery #Machines #PlasticIndustry

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Oct 22, 2020
16
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Did you know that we use plastics to keep our homes warmer, our cars lighter and our food fresher? Plastics are also used to harness wind and solar energy resources cleanly and efficiently! #Plastic #RajooEngineers #Rajkot #PlasticMachinery #Machines #PlasticIndustry

Did you know that we use plastics to keep our homes warmer, our cars lighter and our food fresher? Plastics are also used to harness wind and solar energy resources cleanly and efficiently! #Plastic #RajooEngineers #Rajkot #PlasticMachinery #Machines #PlasticIndustry

Did you know that we use plastics to keep our homes warmer, our cars lighter and our food fresher? Plastics are also used to harness wind and solar energy resources cleanly and efficiently! #Plastic #RajooEngineers #Rajkot #PlasticMachinery #Machines #PlasticIndustry

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Aug 24, 2018
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Innovative Plastic Packaging >Plastics have become a preferred packaging material for many reasons, including significant environmental benefits. >Plastics help companies use less packaging material. Merely 2 pounds of plastic can deliver 1,000 ounces roughly eight gallons of a beverage, whereas three pounds of aluminum, would be needed to deliver the same amount. >Plastic packaging is lighter than other types of packaging, which means lighter loads and fewer trucks on our highways. >In fact, plastic products have been shown to reduce greenhouse gas emissions by 56 percent and energy use by 26 percent compared to alternatives. >Innovations in packaging continue to reduce the amount of plastic needed for the job. #RajooEngineers #Rajkot #IndispensiblePlastic #Machines #PlasticMachinery #PlasticIndustry

Innovative Plastic Packaging >Plastics have become a preferred packaging material for many reasons, including significant environmental benefits. >Plastics help companies use less packaging material. Merely 2 pounds of plastic can deliver 1,000 ounces roughly eight gallons of a beverage, whereas three pounds of aluminum, would be needed to deliver the same amount. >Plastic packaging is lighter than other types of packaging, which means lighter loads and fewer trucks on our highways. >In fact, plastic products have been shown to reduce greenhouse gas emissions by 56 percent and energy use by 26 percent compared to alternatives. >Innovations in packaging continue to reduce the amount of plastic needed for the job. #RajooEngineers #Rajkot #IndispensiblePlastic #Machines #PlasticMachinery #PlasticIndustry

Innovative Plastic Packaging >Plastics have become a preferred packaging material for many reasons, including significant environmental benefits. >Plastics help companies use less packaging material. Merely 2 pounds of plastic can deliver 1,000 ounces roughly eight gallons of a beverage, whereas three pounds of aluminum, would be needed to deliver the same amount. >Plastic packaging is lighter than other types of packaging, which means lighter loads and fewer trucks on our highways. >In fact, plastic products have been shown to reduce greenhouse gas emissions by 56 percent and energy use by 26 percent compared to alternatives. >Innovations in packaging continue to reduce the amount of plastic needed for the job. #RajooEngineers #Rajkot #IndispensiblePlastic #Machines #PlasticMachinery #PlasticIndustry

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Jul 31, 2018
46
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:: A better world with plastics! :: Did you know that we use plastics to keep our homes warmer, our cars lighter and our food fresher? Plastics are also used to harness wind and solar energy resources cleanly and efficiently! #DidYouKnow #Plastic #RajooEngineers #Rajkot

:: A better world with plastics! :: Did you know that we use plastics to keep our homes warmer, our cars lighter and our food fresher? Plastics are also used to harness wind and solar energy resources cleanly and efficiently! #DidYouKnow #Plastic #RajooEngineers #Rajkot

:: A better world with plastics! :: Did you know that we use plastics to keep our homes warmer, our cars lighter and our food fresher? Plastics are also used to harness wind and solar energy resources cleanly and efficiently! #DidYouKnow #Plastic #RajooEngineers #Rajkot

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Dec 27, 2016
22
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Latest update on Plastic industry: Automotive lightweighting with alternative plastic materials will remain an important technology trend into the foreseeable 2020-2025 time period. The lightweighting potential of every vehicle component is currently under investigation, and advanced plastics and plastic composites offer significant lightweighting potential. Fiber-reinforced plastic composites are typically 25-35 percent lighter than steel parts of equal strength. Low and ultra-low density sheet molding compound (SMC) advances are also facilitating weight reductions. New material uses to reduce weight will include: .Greater use of engineered plastics and composites in car body panels .Long and continuous fiber technology for structural parts .More use of carbon fiber-reinforced plastic for structural and other parts as lower cost composites are developed .Polycarbonate and acrylic as glazing, including car roofs and rear ends .Advanced nylons in under-the-hood applications .Foaming and glass-bead technology to reduce part density .More use of plastic-metal and organic hybrid technology .Advances in thin-gauge, high-performance steel .Growing use of aluminum and magnesium metals The challenges for materials in the automotive drive and under-the-hood technology include high temperatures, moisture and vibrations. In order to be able to withstand such an environment over the service life of a car, the plastics used often have to be specially equipped.

Latest update on Plastic industry: Automotive lightweighting with alternative plastic materials will remain an important technology trend into the foreseeable 2020-2025 time period. The lightweighting potential of every vehicle component is currently under investigation, and advanced plastics and plastic composites offer significant lightweighting potential. Fiber-reinforced plastic composites are typically 25-35 percent lighter than steel parts of equal strength. Low and ultra-low density sheet molding compound (SMC) advances are also facilitating weight reductions. New material uses to reduce weight will include: .Greater use of engineered plastics and composites in car body panels .Long and continuous fiber technology for structural parts .More use of carbon fiber-reinforced plastic for structural and other parts as lower cost composites are developed .Polycarbonate and acrylic as glazing, including car roofs and rear ends .Advanced nylons in under-the-hood applications .Foaming and glass-bead technology to reduce part density .More use of plastic-metal and organic hybrid technology .Advances in thin-gauge, high-performance steel .Growing use of aluminum and magnesium metals The challenges for materials in the automotive drive and under-the-hood technology include high temperatures, moisture and vibrations. In order to be able to withstand such an environment over the service life of a car, the plastics used often have to be specially equipped.

Latest update on Plastic industry: Automotive lightweighting with alternative plastic materials will remain an important technology trend into the foreseeable 2020-2025 time period. The lightweighting potential of every vehicle component is currently under investigation, and advanced plastics and plastic composites offer significant lightweighting potential. Fiber-reinforced plastic composites are typically 25-35 percent lighter than steel parts of equal strength. Low and ultra-low density sheet molding compound (SMC) advances are also facilitating weight reductions. New material uses to reduce weight will include: .Greater use of engineered plastics and composites in car body panels .Long and continuous fiber technology for structural parts .More use of carbon fiber-reinforced plastic for structural and other parts as lower cost composites are developed .Polycarbonate and acrylic as glazing, including car roofs and rear ends .Advanced nylons in under-the-hood applications .Foaming and glass-bead technology to reduce part density .More use of plastic-metal and organic hybrid technology .Advances in thin-gauge, high-performance steel .Growing use of aluminum and magnesium metals The challenges for materials in the automotive drive and under-the-hood technology include high temperatures, moisture and vibrations. In order to be able to withstand such an environment over the service life of a car, the plastics used often have to be specially equipped.

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Apr 19, 2014
11
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Car makers are shaving weight from their vehicles to meet new fuel-efficiency rules.So far, aluminum and high-strength steel dominate the effort. But composites — plastics — are gaining. They’re stronger and lighter than metals, and can be quickly formed into complex shapes for better design and easier assembly. They’re already used in instrument panels, trim and other parts that don’t bear loads.

Car makers are shaving weight from their vehicles to meet new fuel-efficiency rules.So far, aluminum and high-strength steel dominate the effort. But composites — plastics — are gaining. They’re stronger and lighter than metals, and can be quickly formed into complex shapes for better design and easier assembly. They’re already used in instrument panels, trim and other parts that don’t bear loads.

Car makers are shaving weight from their vehicles to meet new fuel-efficiency rules.So far, aluminum and high-strength steel dominate the effort. But composites — plastics — are gaining. They’re stronger and lighter than metals, and can be quickly formed into complex shapes for better design and easier assembly. They’re already used in instrument panels, trim and other parts that don’t bear loads.

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Nov 20, 2012
20
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"Plastics in the Automobile industry" - A steady increase in the use of plastics are seen in the car manufacturing industry since 19th century. Infact plastics are now the most widely specified material. On an average 100 kgs of plastics replaces 200-300 kgs of conventional material , reducing fuel consumption by 750 litres over a life span of 150,000 kms. This even reduces CO2 emissions by (Approx) 10 %.Plastics made bumpers are up to 10.2 kgs lighter, engine covers are 4.2 kgs lighter & fuel tanks 5 kgs lighter. The vital contribution of plastics will help the automotive industry meet the environmental challenges. The automotive industry is thus approaching an era that may revolutionise its use of materials,thus decreasing the weight of the automobile in order to reduce fuel consumption, & consequently emissions.

"Plastics in the Automobile industry" - A steady increase in the use of plastics are seen in the car manufacturing industry since 19th century. Infact plastics are now the most widely specified material. On an average 100 kgs of plastics replaces 200-300 kgs of conventional material , reducing fuel consumption by 750 litres over a life span of 150,000 kms. This even reduces CO2 emissions by (Approx) 10 %.Plastics made bumpers are up to 10.2 kgs lighter, engine covers are 4.2 kgs lighter & fuel tanks 5 kgs lighter. The vital contribution of plastics will help the automotive industry meet the environmental challenges. The automotive industry is thus approaching an era that may revolutionise its use of materials,thus decreasing the weight of the automobile in order to reduce fuel consumption, & consequently emissions.

"Plastics in the Automobile industry" - A steady increase in the use of plastics are seen in the car manufacturing industry since 19th century. Infact plastics are now the most widely specified material. On an average 100 kgs of plastics replaces 200-300 kgs of conventional material , reducing fuel consumption by 750 litres over a life span of 150,000 kms. This even reduces CO2 emissions by (Approx) 10 %.Plastics made bumpers are up to 10.2 kgs lighter, engine covers are 4.2 kgs lighter & fuel tanks 5 kgs lighter. The vital contribution of plastics will help the automotive industry meet the environmental challenges. The automotive industry is thus approaching an era that may revolutionise its use of materials,thus decreasing the weight of the automobile in order to reduce fuel consumption, & consequently emissions.

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Aug 04, 2012
19
Facebook

Innovative Plastic Packaging - >Plastics have become a preferred packaging material for many reasons, including significant environmental benefits. >Plastics help companies use less packaging material.Merely 2 pounds of plastic can deliver 1,000 ounces roughly eight gallons of a beverage, whereas three pounds of aluminum, would be needed to deliver the same amount. >Plastic packaging is lighter than other types of packaging, which means lighter loads and fewer trucks on our highways. >In fact, plastic products have been shown to reduce greenhouse gas emissions by 56 percent and energy use by 26 percent compared to alternatives. >Innovations in packaging continue to reduce the amount of plastic needed for the job.

Innovative Plastic Packaging - >Plastics have become a preferred packaging material for many reasons, including significant environmental benefits. >Plastics help companies use less packaging material.Merely 2 pounds of plastic can deliver 1,000 ounces roughly eight gallons of a beverage, whereas three pounds of aluminum, would be needed to deliver the same amount. >Plastic packaging is lighter than other types of packaging, which means lighter loads and fewer trucks on our highways. >In fact, plastic products have been shown to reduce greenhouse gas emissions by 56 percent and energy use by 26 percent compared to alternatives. >Innovations in packaging continue to reduce the amount of plastic needed for the job.

Innovative Plastic Packaging - >Plastics have become a preferred packaging material for many reasons, including significant environmental benefits. >Plastics help companies use less packaging material.Merely 2 pounds of plastic can deliver 1,000 ounces roughly eight gallons of a beverage, whereas three pounds of aluminum, would be needed to deliver the same amount. >Plastic packaging is lighter than other types of packaging, which means lighter loads and fewer trucks on our highways. >In fact, plastic products have been shown to reduce greenhouse gas emissions by 56 percent and energy use by 26 percent compared to alternatives. >Innovations in packaging continue to reduce the amount of plastic needed for the job.

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Jun 05, 2012
5

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