Acrylic Rod

KUSLA Plastic have been in the acrylic rods business for years, providing high-quality and customized acrylic rods for various applications. Whether you need clear plastic extrusion acrylic rods for decoration, acrylic solid square sticks round acrylic rods for crafts, or glass alternative acrylic hollow rods with high tensile strength for outdoor use, we have them all. Our acrylic rods are made of premium PMMA material, which is durable, transparent, and easy to machine. We also offer different colors, shapes, and sizes to meet your specific needs. Our acrylic rods are widely used in lighting, furniture, display, signage, artware, handicrafts, and more. We are not only a manufacturer of acrylic rods, but also a provider of integrated machining solutions and OEM/ODM services. We can cut, bend, polish, print, glue, mold, thermal form, and CNC machine your acrylic rods according to your design and specifications. Contact us today to get a free quote and sample.

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Acrylic rod Specification

Product Classificationproduct nameOutside DiameterLengthCommon Color
CASTFrosted Acrylic RodFrom 6mm to 150mmCustom1.Clear
2.Opaque:Black , White.
3. Translucent: White, Red, Fluorescent Mars Red, Yellow, Green, Blue, Black
4. Transparent: Bronze,
Largre Acrylic RodFrom 100mm to 350mm
Colored Acrylic RodFrom 6mm to 150mm
Clear Acrylic RodFrom 6mm to 150mm
ExtrudedColored Acrylic RodFrom 1,5mm to 75mm
Clear Acrylic RodFrom 1,5mm to 75mm
Square Acrylic RodFrom 3mm to 40mm
  1. Custom Diameter from 1.5mm to 350mm. Custom sizes and colors available upon request.
  2. Choose Color according to KUSLA Acrylic Color chart
  3. Length, diameter tolerances vary by size, by manufacturer, brand, and grade.

Typical Properties Of Acrylic

Values may vary according to brand name. please ask kusla experts for more detail information

UNITSASTM TEST
Specific gravity (73°F)D7921.19
Light transmittance%D100392
Maximum continuous service temperature in air°F160
Heat deflection temperature @ 264 psi°FD648195
Tensile strengthpsiD63810,000
Flexural moduluspsiD790480,000
Izod impact (notched)ft-lbs/in of notchD2560.4
Water absorption (immersion 24 hours)%D5700.2
Coefficient of linear thermal expansionin/in/°Fx10-5D6964

Choose Acrylic Rods For Your Program

  • Acrylic Curtain Rod
  • Acrylic Hollow Threaded Rods
  • Acrylic Rod with Lines
  • Acrylic Rod with Twisted Lines
  • Black Acrylic Rod
  • Bubble Effect Acrylic Rod
  • Half Round Acrylic Rods
  • Marble Acrylic Rods
  • Rectangular Acrylic Rod with Bubbles
  • Rectangular Acrylic Rod
  • Solid Acrylic Rod
  • Spiral Twisted Acrylic Rods
  • Triangular Acrylic Rod
  • Clear Hexagonal Acrylic Rod
  • Clear Acrylic Rod
  • Colored Acrylic Rod
  • Colored Transparent Acrylic Rod
  • Fluorescent Acrylic Rod
  • Frosted Clear Acrylic Rods
  • Extruded Acrylic Rod

Frequently Asked Questions about Acrylic rods

Acrylic rods are cylindrical acrylic plastic or plexiglass or perspex bars. They are made of synthetic polymer from methyl methacrylate (MMA) monomers. Acrylic rods are light, strong, clear, and easy to work with. They are better than glass rods in impact resistance, shatter resistance, UV resistance, and cost. Acrylic rods have many uses, such as sign holders, crystal chandeliers, office interior objects, skylights, glazing, model making, crafts, and more. Acrylic rods can be cut, bent, polished, glued, drilled, and molded to different shapes and sizes. Acrylic rods can be extruded or cast. Extruded acrylic rods have tighter thickness tolerances and are easier to form and shape. Cast acrylic rods have greater thermal stability, optical clarity, chemical resistance, and machining characteristics. Acrylic rods have different colors and diameters for different needs and preferences. Acrylic rods are easy to clean and store, but they should be handled with care to avoid scratches and cracks. Acrylic rods can be recycled and reused for other purposes. Acrylic rods are a versatile and economical choice for many projects and purposes.

Extruded and cast acrylic rods are two types of acrylic plastic rods that are made by different manufacturing processes. Extruded acrylic rods are formed by pushing hot acrylic through rollers that shape it into a cylindrical form. Cast acrylic rods are made by pouring liquid acrylic into a mold and letting it cool and harden. Both types of acrylic rods have their own advantages and disadvantages, depending on the application.

Some of the main differences between extruded and cast acrylic rods are:

  • Thickness tolerance: Extruded acrylic rods have tighter thickness tolerance than cast acrylic rods, meaning they have more consistent diameter across the length. Cast acrylic rods may have some variations in thickness due to the casting process.
  • Thermal stability: Cast acrylic rods have higher thermal stability than extruded acrylic rods, meaning they can withstand higher temperatures without deforming or melting. Extruded acrylic rods are more prone to thermal expansion and contraction.
  • Optical clarity: Cast acrylic rods have higher optical clarity than extruded acrylic rods, meaning they have less distortion and better light transmission. Extruded acrylic rods may have some haze or impurities due to the extrusion process.
  • Chemical resistance: Cast acrylic rods have better chemical resistance than extruded acrylic rods, meaning they can resist more solvents and acids. Extruded acrylic rods may be more susceptible to chemical attack or degradation.
  • Machining characteristics: Cast acrylic rods have superior machining characteristics than extruded acrylic rods, meaning they can be cut, drilled, polished, engraved, and laser cut more easily and smoothly. Extruded acrylic rods may require more finishing or polishing after machining.
  • Color options: Cast acrylic rods typically have more color options than extruded acrylic rods, meaning they can be customized to different shades and hues. Cast acrylic rods can also be run in smaller quantities for one-off colors. Extruded acrylic rods usually have standard colors that are run in higher quantities.
  • Paper masking: Cast acrylic rods usually have paper masking on both ends to protect them from scratches and dust during transportation and storage. Paper masking is a good indication that the rod is cast acrylic. Extruded acrylic rods usually do not have paper masking.

Here is a table to summarize the difference:

PropertyExtruded Acrylic RodsCast Acrylic Rods
Thickness toleranceTighterLooser
Thermal stabilityLowerHigher
Optical clarityLowerHigher
Chemical resistanceLowerHigher
Machining characteristicsInferiorSuperior
Color optionsFewerMore
Paper maskingNoYes

Acrylic rods are solid cylindrical pieces of acrylic plastic that can be used as an alternative to glass rods for various applications. Acrylic rods have many advantages over glass rods, such as:

  • Impact resistance: Acrylic rods are more impact resistant than glass rods, meaning they can withstand more force without breaking or shattering. Acrylic rods are 15 times stronger than glass rods, but half the weight. This makes them a safer and more economical choice for applications that involve potential impacts or falls.
  • Flexibility: Acrylic rods are more flexible than glass rods, meaning they can be bent, thermoformed, and routed more easily than glass rods. Acrylic rods can be molded into different shapes and sizes to suit different needs and preferences.
  • UV resistance: Acrylic rods are naturally UV resistant, meaning they can resist fading and discoloration caused by exposure to sunlight or artificial light. Acrylic rods can also be manufactured or coated to be OP3 UV resistant and P99 glare resistant, which can protect the artwork or objects displayed under them from harmful UV rays.
  • Durability: Acrylic rods are more durable than glass rods, meaning they can last longer and require less maintenance. Acrylic rods are easy to clean and polish, and can be repaired if scratched or damaged. Acrylic rods can also resist dust, debris, solvents, and acids better than glass rods.
  • Cost: Acrylic rods are cheaper than glass rods in terms of production, transportation, and shipping costs. Acrylic rods are easier and faster to produce than glass rods, weigh less than glass rods, and have lower shipping rates than glass rods due to their light weight.

Acrylic rods are a versatile and economical choice for many projects and purposes that require high quality, low weight, and high safety.

Here is a possible table to summarize:

PropertyAcrylic RodsGlass Rods
Impact resistanceHigherLower
FlexibilityHigherLower
UV resistanceHigherLower
DurabilityHigherLower
CostLowerHigher

Acrylic rods are solid cylindrical pieces of acrylic plastic that can be cut into different lengths and shapes for various applications. There are different methods and equipment for cutting acrylic rods, depending on the size, thickness, and shape of the rod and the desired result. Some of the common methods and equipment for cutting acrylic rods are:

  • Scoring: This method involves using a sharp knife or blade to score or scratch a straight line along the rod where you want to cut it. Then, you can snap the rod along the scored line by applying pressure with your hands or a clamp. This method is suitable for thin and small acrylic rods that can be easily snapped.
  • Sawing: This method involves using a saw to cut through the rod along the desired line. You can use different types of saws, such as a table saw, a band saw, a scroll saw, a saber saw, or a jigsaw, depending on the size and shape of the rod and the cut. You should use a saw blade that is designed for acrylic, such as a triple-chip grind, carbide toothed saw blade. You should also use a moderate speed and avoid overheating or melting the acrylic.
  • Laser cutting: This method involves using a laser beam to cut through the rod along the desired line. You can use a laser cutter machine or a handheld laser cutter tool, depending on the size and shape of the rod and the cut. Laser cutting can produce precise and smooth cuts without burrs or dust. However, laser cutting can also generate heat and fumes that may affect the quality and safety of the acrylic.

Here are some possible steps for cutting acrylic rods:

  • Choose the method and equipment for cutting acrylic rods, depending on the size, thickness, and shape of the rod and the desired result. You can use scoring, sawing, or laser cutting methods.
  • Mark the line where you want to cut the rod using a pencil or a marker. Make sure the line is straight and clear.
  • Secure the rod on a flat surface or a clamp to prevent it from moving or slipping while cutting. Leave some space for the cut-off piece to fall off.
  • Wear protective glasses or a full face mask and gloves to avoid injury from flying splinters or debris and contact with sharp edges or hot surfaces.
  • Cut the rod along the marked line using the chosen method and equipment. Use a moderate speed and avoid overheating or melting the acrylic. Be careful not to apply too much pressure or force on the rod or the cutting tool.
  • Remove the cut-off piece and check the cut for accuracy and smoothness. If needed, polish or sand the edges to smooth them out and remove any scratches or marks.

There are different methods for bending acrylic rods, depending on the tools and equipment you have. According to the search results, some of the common methods are:

  • Bending acrylic rod with oven: This method involves putting the acrylic rod on a metal tray in the oven and setting the temperature to 200°F. You need to rotate the rod every 2 minutes for 10 minutes to heat it evenly, then increase the heat to 225°F until the rod becomes floppy. Then you can bend it around a wood form and hold it for several minutes until it cools down and retains its shape.
  • Bending acrylic with a heat gun: This method involves clamping the acrylic rod between two pieces of scrap wood, one of which is a jig that helps you bend the rod to the correct angle. You need to wear heat resistant gloves and a respirator mask, and use a heat gun to slowly heat the rod while pushing it with another piece of scrap wood. You need to be careful not to overheat or burn the rod, and let it cool down before removing it from the jig.
  • Bending acrylic with a strip heater: This method involves using a strip heater, which is a device that produces a narrow band of heat that can soften acrylic. You need to mark the bend line on the rod and place it on the strip heater so that only the bend line is heated. You need to wait until the rod becomes pliable, then bend it by hand or with a jig. You need to hold it in place until it cools down and hardens.

Read more in our blog about How to bend Acrylic Rod.

There are different methods for polishing acrylic rod, depending on the tools and equipment you have. Here are some possible ways to do it:

Polishing Acrylic Rod with Sandpaper

This method requires sandpaper of different grits (180-grit, 320-360-grit, and 600-grit), a sanding block, a spray bottle of water, and a soft cloth. You need to:

  1. Cut out pieces of sandpaper that fit the sanding block and attach them to the block with the coarse side facing out.
  2. Spray the edges of the acrylic rod with water to wet them evenly.
  3. Smooth the edges of the acrylic rod with 180-grit sandpaper to remove any scratches or roughness.
  4. Change to 320-360-grit sandpaper and spray the edges again with water. Polish the edges until they become smoother and shinier.
  5. Finish with 600-grit sandpaper and spray the edges once more with water. Polish the edges until they have a lasting shine and gloss.
  6. Wipe off any dust or residue with a soft cloth.

Polishing Acrylic Rod with a Heat Gun

This method requires a heat gun, a sheet of acrylic, scrap wood, cutting tools, a vise and clamps, a pencil or marker, acrylic glue, and a soft cloth. You need to:

  1. Mark the dimensions of your desired shape on the acrylic sheet and cut it with a saw or knife.
  2. Set the acrylic between two pieces of scrap wood, one of which is your jig, and clamp it all together using the vise. The jig is a frame that helps you bend the acrylic to the correct angle.
  3. Use the heat gun to heat the acrylic slowly and evenly while pushing it with another piece of scrap wood.
  4. Once you have the desired bend, let it cool down and glue the edges if needed.
  5. Use the heat gun again to heat the edges of the acrylic rod lightly and briefly. This will melt away any imperfections and create a smooth and shiny finish.
  6. Wipe off any excess glue or residue with a soft cloth.

Polishing Acrylic Rod with an Abrasive Polish

This method requires an abrasive acrylic polish (such as Novus No. 2), a soft rag or cloth, and a buffing wheel (optional). You need to:

  1. Apply some abrasive polish directly on the scratched or dull area of the acrylic rod.
  2. Rub it in a circular motion with a soft rag or cloth until you can’t see the scratches or dullness anymore.
  3. Repeat this process for any other areas that need polishing.
  4. If you have a buffing wheel, you can use it to buff the surface of the acrylic rod for extra shine and smoothness.

Here are some possible ways to do it:

Gluing Acrylic Rod with Solvent Glue

This method requires a solvent glue (such as Weld-On 4), an applicator bottle with a needle tip, a funnel, a clamp or tape, and a soft cloth. You need to:

  1. Fill the applicator bottle with solvent glue using a funnel until it is about 75% full.
  2. Join the acrylic rods together as you want them to be glued. They should meet at a 90-degree angle or less.
  3. Position the applicator bottle and apply glue. Turn the bottle upside down and place the needle above the edge where the two acrylic rods meet.
  4. Lightly squeeze the applicator while pulling it toward you. Capillary action will draw the glue into the joint.
  5. Allow the solvent glue to set for about 10 minutes. Do not move or touch the acrylic rods during this time.
  6. Trim any excess glue with a soft cloth.

Gluing Acrylic Rod with Epoxy Glue

This method requires an epoxy glue (such as Devcon 5 Minute Epoxy), a mixing tray, a mixing stick, a clamp or tape, and a soft cloth. You need to:

  1. Mix the epoxy glue according to the instructions on the package. Usually, you need to mix equal parts of resin and hardener in a mixing tray.
  2. Apply the epoxy glue to one of the acrylic rods where you want them to be joined. Use a mixing stick to spread the glue evenly.
  3. Press the other acrylic rod onto the glued area and align them properly.
  4. Clamp or tape the acrylic rods together and let them cure for about 24 hours.
  5. Remove the clamp or tape and wipe off any excess glue with a soft cloth.

Gluing Acrylic Rod with Hot Glue

This method requires a hot glue gun, hot glue sticks, a clamp or tape, and a soft cloth. You need to:

  1. Plug in the hot glue gun and insert a hot glue stick into it.
  2. Wait for the hot glue gun to heat up and melt the glue stick.
  3. Apply hot glue to one of the acrylic rods where you want them to be joined.
  4. Press the other acrylic rod onto the glued area and align them properly.
  5. Clamp or tape the acrylic rods together and let them cool down for about 10 minutes.
  6. Remove the clamp or tape and peel off any excess glue with a soft cloth.

Read more in our blog about how to bond Acrylic.

Here are some possible ways To drill holes in acrylic rods:

Drilling Acrylic Rod with a Twist Drill

This method requires a twist drill bit (preferably with a 60-degree point angle), a drill press or a hand drill, a clamp or a vise, a backing material (such as wood or metal), and a spray bottle of water. You need to:

  1. Choose the right size of twist drill bit for your desired hole diameter. A twist drill bit is characterized by two spiral flutes running around a straight shank. This configuration provides two cutting edges to efficiently drill through acrylic and allow chips to escape.
  2. Clamp or secure the acrylic rod and the backing material together on a flat surface. The backing material should be slightly larger than the acrylic rod and should be placed behind the area where you want to drill the hole.
  3. Mark the location of the hole on the acrylic rod with a pencil or a marker.
  4. Place the drill bit perpendicular to the acrylic rod and set it at a medium speed. Do not use too high or too low speed as this may cause cracking or melting of the acrylic.
  5. Spray the drill bit and the acrylic rod with water to lubricate them and prevent overheating.
  6. Lightly push the drill bit wherever you wish a hole to be made. Allow the drill bit to enter and pass through the backing material you have placed behind the rod.
  7. Once your hole is clean, carefully re-enter it via the opening without turning off the drill. This will smooth out any rough edges or burrs.
  8. Repeat this process for any other holes you want to make.

Drilling Acrylic Rod with a Hole Saw

This method requires a hole saw (preferably with fine teeth), a drill press or a hand drill, a clamp or a vise, a backing material (such as wood or metal), and a spray bottle of water. You need to:

  1. Choose the right size of hole saw for your desired hole diameter. A hole saw is a circular blade with teeth that cuts holes in various materials.
  2. Clamp or secure the acrylic rod and the backing material together on a flat surface. The backing material should be slightly larger than the acrylic rod and should be placed behind the area where you want to drill the hole.
  3. Mark the center of the hole on the acrylic rod with a pencil or a marker.
  4. Place the hole saw perpendicular to the acrylic rod and set it at a low speed. Do not use too high speed as this may cause cracking or melting of the acrylic.
  5. Spray the hole saw and the acrylic rod with water to lubricate them and prevent overheating.
  6. Lightly push the hole saw into the acrylic rod until it reaches the backing material. Do not force it too hard as this may cause chipping or cracking of the acrylic.
  7. Once your hole is clean, carefully remove the hole saw from the acrylic rod without turning off the drill. This will smooth out any rough edges or burrs.
  8. Repeat this process for any other holes you want to make.

Drilling Acrylic Rod with a Spade Bit

This method requires a spade bit (preferably with sharp edges), a drill press or a hand drill, a clamp or a vise, a backing material (such as wood or metal), and a spray bottle of water. You need to:

  1. Choose the right size of spade bit for your desired hole diameter. A spade bit is a flat blade with two cutting edges that cuts holes in various materials.
  2. Clamp or secure the acrylic rod and the backing material together on a flat surface. The backing material should be slightly larger than the acrylic rod and should be placed behind the area where you want to drill the hole.
  3. Mark the center of the hole on the acrylic rod with a pencil or a marker.
  4. Place the spade bit perpendicular to the acrylic rod and set it at a low speed. Do not use too high speed as this may cause cracking or melting of the acrylic.
  5. Spray the spade bit and the acrylic rod with water to lubricate them and prevent overheating.
  6. Lightly push the spade bit into the acrylic rod until it reaches the backing material. Do not force it too hard as this may cause chipping or cracking of the acrylic.
  7. Once your hole is clean, carefully remove the spade bit from the acrylic rod without turning off the drill. This will smooth out any rough edges or burrs.
  8. Repeat this process for any other holes you want to make.

There are different methods for cleaning acrylic rod as below:

Cleaning Acrylic Rod with Water

This method requires water (preferably distilled or filtered), a spray bottle, and a microfiber cloth. You need to:

  1. Spray the acrylic rod with water to wet it evenly. Do not use tap water as it may contain minerals or chemicals that can harm the acrylic.
  2. Wipe the acrylic rod gently with a microfiber cloth to remove any dust or dirt. Do not rub or scrub the acrylic rod as this can cause scratches or abrasions.
  3. Repeat this process until the acrylic rod is clean and clear.

Cleaning Acrylic Rod with Acrylic Cleaner

This method requires an acrylic cleaner (such as Novus No. 1 or Brillianize), a spray bottle, and a microfiber cloth. You need to:

  1. Spray the acrylic rod with acrylic cleaner to cover it evenly. Do not use any other cleaner as it may contain alcohol, ammonia, or other solvents that can damage the acrylic.
  2. Wipe the acrylic rod gently with a microfiber cloth to remove any dust, dirt, fingerprints, or smudges. Do not rub or scrub the acrylic rod as this can cause scratches or abrasions.
  3. Repeat this process until the acrylic rod is clean and shiny.

Cleaning Acrylic Rod with Disinfectant

This method requires an approved disinfectant (such as Lysol), an acrylic cleaner (such as Novus No. 1 or Brillianize), a spray bottle, and a microfiber cloth. You need to:

  1. Spray the acrylic rod with disinfectant to sanitize it evenly. Do not use any other disinfectant as it may contain bleach or other chemicals that can damage the acrylic.
  2. Wipe the acrylic rod gently with a microfiber cloth to remove any germs or bacteria. Do not rub or scrub the acrylic rod as this can cause scratches or abrasions.
  3. Immediately following the use of disinfectant, spray the acrylic rod with acrylic cleaner to protect it evenly. Do not use any other cleaner as it may contain alcohol, ammonia, or other solvents that can damage the acrylic.
  4. Wipe the acrylic rod gently with a microfiber cloth to remove any residue or streaks. Do not rub or scrub the acrylic rod as this can cause scratches or abrasions.
  5. Repeat this process until the acrylic rod is clean and polished.

Read our blog about How To Clean And Maintain Acrylic.

Storing acrylic rod can help you preserve the appearance and quality,depending on the space and equipment you have,There are different methods for storing acrylic rods as below:

Storing Acrylic Rod with Rod Cases

This method requires rod cases, which are holsters used to carry specific individual rods. They are perfect for preventing damage and preserving the shape of the rods.

Storing Acrylic Rod with Rod Racks

This method requires rod racks, which are stands or holders used to display multiple rods vertically or horizontally. They are ideal for saving space and organizing your rods. You need to:

Storing Acrylic Rod with Rod Tubes

This method requires rod tubes, which are cylindrical containers used to store individual or multiple rods. They are convenient for transporting and protecting your rods.

Storing Acrylic Rod with Plastic Bags

This method requires plastic bags, which are simple and cheap ways to store your rods. They are useful for preventing dust or dirt from accumulating on your rods.

Storing Acrylic Rod with Bubble Wrap

This method requires bubble wrap, which is a cushioning material used to protect fragile items from shock or impact. It is helpful for preventing scratches or abrasions on your rods.

Tips for Storing Acrylic Rod

Here are some tips to help you store acrylic rod successfully:

  • Clean your acrylic rod before storing it to remove any dust, dirt, fingerprints, or stains.
  • Label your rod cases, racks, tubes, bags, or bubble wrap with the name and size of your acrylic rods for easy identification.
  • Check your acrylic rods periodically for any signs of damage or deterioration and replace them if necessary.
  • Do not store your acrylic rods near sharp objects that may puncture or cut them.
  • Do not store your acrylic rods near flammable materials that may ignite them.

Acrylic rods have many applications for your projects, depending on your preferences and resources. Here are some of the applications of acrylic rods:

Signage

Acrylic rods are popular for making signs because of their glossy finish and attractive colors. They can be used to create high-tech and sophisticated-looking signage for your business or home. You can use acrylic rods to make:

  • Logo signs
  • Name signs
  • Directional signs
  • Informational signs
  • Decorative signs

You can cut, drill, glue, or bend acrylic rods to form different shapes or letters for your signs. You can also use LED lights or other light sources to illuminate your signs and make them more eye-catching.

Displays

Acrylic rods are ideal for making displays because of their clarity and transparency. They can be used to showcase your products or collections in a stylish and elegant way. You can use acrylic rods to make:

  • Product stands
  • Display cases
  • Shelves
  • Racks
  • Holders

You can cut, drill, glue, or bend acrylic rods to create different structures or frames for your displays. You can also use acrylic rods to create patterns or designs for decoration or illumination.

Lighting

Acrylic rods are great for making lighting fixtures because of their light transmission and diffusion properties. They can be used to create ambient or accent lighting for your space. You can use acrylic rods to make:

  • Lamp shades
  • Lamp bases
  • Chandeliers
  • Sconces
  • Pendants

You can cut, drill, glue, or bend acrylic rods to create different shapes or forms for your lighting fixtures. You can also use acrylic rods to create effects such as bubbles, crystals, or rainbows.

Furniture

Acrylic rods are versatile for making furniture because of their strength and durability. They can be used to create functional or decorative furniture for your space. You can use acrylic rods to make:

  • Tables
  • Chairs
  • Stools
  • Benches
  • Coat racks

You can cut, drill, glue, or bend acrylic rods to create different structures or supports for your furniture. You can also use acrylic rods to create features such as legs, arms, backs, or hooks.

Some of the factors that affect the cost of acrylic rods:

  • The type of acrylic rod
  • The size of acrylic rod
  • The quantity of acrylic rod
  • The quality of acrylic rod
  • The supplier of acrylic rod

The Type of Acrylic Rod

There are two main types of acrylic rods: extruded and cast.

Extruded acrylic rods are more impact resistant than and half the weight of glass rods, making them a strong, economical replacement option for glass. They have greater flexibility and shatter resistance compared to glass, making them safer to use. Extruded acrylic rods are manufactured by forcing molten acrylic through a die to form a rod shape. This process results in tighter thickness tolerances as well as ease of forming and shaping.

Cast acrylic rods have better chemical resistance and superior machining characteristics compared with extruded acrylic rods. They have higher thermal stability, greater optical clarity, and more color options than extruded acrylic rods. Cast acrylic rods are manufactured by pouring liquid acrylic into a mold to form a rod shape. This process allows for more variations in thicknesses and diameters as well as more control over the quality and appearance of the rods.

Generally speaking, cast acrylic rods are more expensive than extruded acrylic rods because they have higher production costs and better performance properties.extruded clear acrylic rods range from $0.25 to $3.50 per foot depending on the diameter, while cast clear acrylic rods range from $0.75 to $13.50 per foot depending on the diameter.

The Size of Acrylic Rod

The size of acrylic rod refers to the diameter and length of the rod. The diameter of the rod determines how thick or thin it is, while the length of the rod determines how long or short it is.

The size of acrylic rod affects the cost because it influences how much material is used to make the rod and how much labor is required to cut or shape the rod.

Generally speaking, larger diameter rods are more expensive than smaller diameter rods because they use more material and require more cutting or shaping. Similarly, longer length rods are more expensive than shorter length rods because they use more material and require more cutting or shaping.

The Quantity of Acrylic Rod

The quantity of acrylic rod refers to how many pieces or units of rod you need or want to buy. The quantity of acrylic rod affects the cost because it influences how much material is used to make the rod and how much discount or bulk pricing you can get from the supplier.

Generally speaking, buying more pieces or units of rod can lower the cost per piece or unit because you can save on material costs and get discounts or bulk pricing from the supplier.

The Quality of Acrylic Rod

The quality of acrylic rod refers to how well-made or well-finished the rod is. The quality of acrylic rod affects the cost because it influences how durable or reliable the rod is and how satisfied you are with the product.

Generally speaking, higher quality rods are more expensive than lower quality rods because they have better materials, processes, inspections, and packaging.

The Supplier of Acrylic Rod

The supplier of acrylic rod refers to who you buy the rod from. The supplier of acrylic rod affects the cost because it influences how competitive or reasonable the price is and how convenient or reliable the service is.

Generally speaking, buying from a reputable and experienced supplier can lower the cost because you can get competitive or reasonable prices and convenient or reliable service.

Acrylic rods are available in different standard sizes depending on the type and manufacturer of the rods. There are two main types of acrylic rods: extruded and cast.

Extruded Acrylic Rods

Extruded acrylic rods are available in standard lengths of 6 feet and in diameters ranging from 0.25 inch to 2 inches. kusla Plastic offer custom lengths and diameters upon request.

Cast Acrylic Rods

Cast acrylic rods are available in standard lengths of 8 feet for rods 0.25 inch to 2 inches in diameter, 6 feet for rods 2.125 inch to 3 inches in diameter, 4 feet for rods 3.25 inch to 6 inches in diameter, 3 feet for rods 6.5 inch to 8 inches in diameter, and 2 feet for rods 9 inches in diameter. kusla Plastic offer custom lengths and diameters upon request.

Yes, you can customize the color and shape of acrylic rods according to your needs. Kusla Plastic have a variety of colors and shapes available for you to choose from, such as round, square, hexagonal, oval, etc. You can also specify the length, diameter, and thickness of the rods. We use high-quality acrylic materials and advanced technology to ensure the durability and appearance of our products. Whether you need acrylic rods for display, decoration, lighting, or any other purpose, we can provide you with the best solution. Contact Kusla plastic to get a free quote and sample.

If you are looking for acrylic rods that are UV resistant, you have two main options: extruded acrylic rods and cast acrylic rods. Both types of acrylic rods are scratch and UV resistant, but they have some differences in their fabrication, thermal stability, optical clarity, chemical resistance and machining characteristics.

Extruded acrylic rods are made by pushing molten acrylic through a die, resulting in tighter thickness tolerances and ease of forming and shaping. They are suitable for applications such as POP displays, podiums, display stands and home decor.

Cast acrylic rods are made by pouring liquid acrylic into a mold, resulting in greater thermal stability, optical clarity, chemical resistance and superior machining characteristics. They are suitable for applications such as aquariums, engraving and laser applications.

To summarize, acrylic rods are UV resistant and have many advantages over glass rods. Depending on your specific needs, you can choose between extruded or cast acrylic rods for your project.

Acrylic rods are a type of plastic rod that have many advantages over other materials. They are transparent, lightweight, durable, and easy to shape and cut. But are they heat resistant?

The answer depends on the type and quality of acrylic rod you are using. There are two main types of acrylic rods: cast and extruded. Cast acrylic rods are made by pouring liquid acrylic into a mold and letting it harden. Extruded acrylic rods are made by forcing molten acrylic through a die and cutting it into lengths.

Cast acrylic rods may have better heat resistance than extruded acrylic rods because they are more optically perfect and have fewer internal stresses. However, both types of acrylic rods have a relatively low melting point compared to other plastics, such as nylon or polycarbonate. Acrylic rods can start to soften at around 100°C (212°F) and melt at around 160°C (320°F).

Therefore, acrylic rods are not suitable for applications that involve high temperatures or direct exposure to flames or hot objects. They may also deform or crack if exposed to rapid temperature changes or thermal shock.

However, acrylic rods can still be used for many purposes that do not require high heat resistance, such as signage, display cases, lighting fixtures, art projects, and more. Acrylic rods can also be combined with other materials to improve their thermal properties. For example, some acrylic rods are coated with vinyl or epoxy to increase their heat resistance. Some acrylic rods are also filled with glass fibers to increase their strength and rigidity.

If you are looking for a plastic rod that has high heat resistance, you may want to consider other options, such as polyimide, PEEK, or PTFE. These plastics can withstand temperatures above 200°C (392°F) and have excellent chemical and wear resistance. However, they may also be more expensive and harder to machine than acrylic rods.

In conclusion, acrylic rods are not very heat resistant compared to other plastics, but they have many other benefits that make them a popular choice for many applications. If you need a plastic rod that can handle high temperatures, you may want to look for alternatives that have higher melting points and better thermal stability.

Acrylic rods are generally more shatter resistant than glass rods, but they are not indestructible. They can still break or crack if subjected to excessive force, impact, or stress.

The shatter resistance of acrylic rods depends on several factors, such as the type, quality, thickness, and shape of the rod. As mentioned in the previous answer, there are two main types of acrylic rods: cast and extruded. Cast acrylic rods are more optically perfect and have fewer internal stresses than extruded acrylic rods, which may make them more resistant to shattering. However, both types of acrylic rods have a relatively low impact strength compared to other plastics, such as polycarbonate or nylon.

The quality of the acrylic rod also affects its shatter resistance. Acrylic rods that are made from high-quality raw materials and processed under strict quality control standards will have fewer defects and impurities that may compromise their integrity. Acrylic rods that are poorly made or stored may have scratches, cracks, bubbles, or discoloration that may weaken their structure and make them more prone to shattering.

The thickness and shape of the acrylic rod also play a role in its shatter resistance. Thicker acrylic rods will have more resistance to bending and breaking than thinner ones. However, thicker acrylic rods will also be heavier and more rigid, which may increase the risk of shattering if they fall or hit something hard. The shape of the acrylic rod may also affect how it distributes stress and absorbs shock. For example, round acrylic rods may be more shatter resistant than square or hexagonal ones because they have no sharp corners or edges that may concentrate stress or cause cracks.

Therefore, acrylic rods are shatter resistant to some extent, but they are not unbreakable. They can still be damaged by physical force or thermal shock. If you need a plastic rod that has high impact strength and shatter resistance, you may want to consider other options, such as polycarbonate or nylon. These plastics can withstand higher levels of force and temperature without breaking or cracking.

Acrylic rods are recyclable, but not as easily as some other plastics. Acrylic rods belong to the category of plastic number 7, which is a mixed group of plastics that do not fit into the other six categories. Plastic number 7 includes acrylic, polycarbonate, nylon, and other materials.

Plastic number 7 is not widely accepted by most curbside recycling programs, because it is difficult to sort and process. However, some specialized recycling facilities may accept acrylic rods and other plastic number 7 items. You should check with your local recycling program before putting acrylic rods in your recycling bin.

Acrylic rods can also be recycled by reusing them for other purposes or by melting them down and reshaping them into new products. Acrylic rods are thermoplastics, which means they can be reheated and remolded without losing their quality. However, this process requires special equipment and skills, and may not be feasible for most consumers.

Another option for recycling acrylic rods is to send them back to the manufacturer or supplier who may have a take-back program or a partnership with a recycling facility. For example, some acrylic rod manufacturers collect the acrylic scraps generated from their own production or from their customers and use them to make new acrylic products. This reduces waste and saves resources.

Therefore, acrylic rods are recyclable, but they require more effort and care than some other plastics. If you want to recycle your acrylic rods, you should look for a specialized recycling facility that accepts plastic number 7, or contact the manufacturer or supplier of your acrylic rods to see if they have a recycling program. You can also try to reuse your acrylic rods for other projects or donate them to someone who can use them.

Acrylic rods can last for a long time if they are properly maintained and protected from damage. Acrylic rods are naturally UV resistant, which means they will not yellow or degrade in sunlight. Kusla plastic acrylic rods can retain their clarity and color for 10 years or more before they ever yellow. 

Acrylic rods are naturally UV resistant, but they still need to be cleaned and polished regularly with the appropriate products. Acrylic rods also need to be stored and handled with care to avoid heat, flame, impact, stress, or pressure that can damage them.

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