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PLA Plus (or PLA+) is an improved version of standard PLA (Polylactic Acid), a widely used material in 3D printing. PLA is already popular for its easy processing and environmental friendliness, but PLA Plus offers some improvements. Here are the main properties of PLA Plus: Strength and Toughness : PLA Plus is stronger and tougher than standard PLA. It is less likely to fracture and can withstand more impact, making it more suitable for functional and mechanical parts. Flexibility : While PLA is normally quite stiff, PLA Plus has a slightly higher flexibility, which makes it less brittle. This makes parts less likely to break under stress or impact. Heat resistance : PLA Plus often has a slightly higher heat resistance than standard PLA, although this is generally lower than ABS or PETG for example. This can vary depending on the manufacturer. Surface quality : Like standard PLA, PLA Plus often offers a nice finish with smooth surfaces. It is relatively easy to print without much warping or shrinkage, provided the print settings are good. Printability : PLA Plus retains the easy printability of PLA, meaning it is compatible with most FDM/FFF 3D printers. It does not require a heated print bed (although this is sometimes recommended for better adhesion). Color Fastness : PLA Plus is available in a wide range of colors and often retains its color better than standard PLA, making it suitable for aesthetic prints. Environmentally Friendly : Like PLA, PLA Plus is made from organic materials such as cornstarch. It is biodegradable, but PLA Plus sometimes contains additives, which can reduce its biodegradability. Disadvantages of PLA Plus: Cost : PLA Plus is often more expensive than standard PLA due to the additional additives and improved properties. Loss of Biodegradability : Some additives in PLA Plus may reduce biodegradability. Heat resistance : Despite an improvement, heat resistance is still inferior to materials such as ABS or PETG. Specifications PLA+ Filament: Wire diameter: 1.75 mm Tolerance: ±0.02 mm Nozzle temperature: 205-215 ℃ Bed temperature: 60-80 ℃ Rally (KGF): 11-15 Melt index: 9-11 g/10 min (190℃, 2.16kg) tensile strength to break: 45% Print speed: 50-100MM/s Air Bubbles: 100% No Bubbles Net weight: 1.1 kg/roll Length approximately: 330 m

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PLA Filament Specifications: Wire diameter: 1.75 mm Tolerance: ±0.02 mm Nozzle temperature: 200-210 ℃ Bed temperature: none, recommended 60℃ Rally (KGF): 11-16 Melt index: 7-9 g/10 min (190℃, 2.16kg) tensile strength to break: 4% Print speed: 50-100MM/s Air Bubbles: 100% No Bubbles Net weight: 1.1 kg/roll Length approximately: 330 m

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JAYO PLA+ Silk filament delivers a beautiful, silky shine with the reliability of PLA+. Thanks to its improved toughness and smooth printing behavior, this filament is perfect for graceful models, gifts and high-quality decorative prints. Compatible with most FDM 3D printers and available in vibrant, metallic colors. Choose quality and appearance with JAYO PLA+ Silk – now available at Grunn3D.nl! Specifications SILK PLA+ Filament: Wire diameter: 1.75 mm Tolerance: ±0.02 mm Nozzle temperature: 200-230 ℃ Bed temperature: 60-80 ℃ Rally (KGF): 6-8 Print speed: 50-100MM/s Air Bubbles: 100% No Bubbles Net weight: 1.1 kg/roll

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Wood PLA is a high-quality 3D printer filament that combines the aesthetics and texture of real wood with the easy printability of PLA. The filament consists of a mix of PLA (polylactic acid) and fine wood fibers, which gives prints a natural, wood-like look. Perfect for creative projects, decorative objects and functional designs with a warm, organic finish. Features: Natural appearance: Realistic wood structure and color. Easy to print: Compatible with standard FDM/FFF printers. Environmentally friendly: Biodegradable thanks to PLA. Unique finishes: Possibility to sand, stain or lacquer for a personal touch. Applications: Ideal for furniture scale models, art objects, interior decoration and prototypes with a rustic style. Note: For consistency of texture and color, it is recommended to print at a constant speed. Be aware that the wood content may cause minor clogging; clean the nozzle regularly for optimal performance. Bring your designs to life with the warm look of wood and the ease of use of PLA! Specifications WOOD/ HOUT PLA Filament: Wire diameter: 1.75 mm Tolerance: ±0.02 mm Nozzle temperature: 195-260 ℃ Bed temperature: 60-65 ℃ tensile strength to break: 210% Print speed: 195-205°C 50-100 MM/s 205-215 °C 100-150 mm/s 215-260 °C 150-400mm/s Gross weight: 1.1 kg/roll Length approximately: 360 m

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Jayo PLA Glow in the Dark 3D Filament Bring your 3D prints to life with Jayo PLA Glow in the Dark filament! This high-quality filament combines the benefits of PLA (Poly lactic acid) – a biodegradable and easy-to-use material – with a unique glow in the dark effect, giving your creations a magical effect. Ideal for creating eye-catching objects, prototypes or artworks that attract attention even in low light. Features: Glow in the Dark Effect : The special phosphorescent properties ensure that your 3D prints glow in the dark after exposure to light. High Quality PLA : Easy to print, good for detailed prints and suitable for most 3D printers. Carbon Neutral : PLA is derived from renewable resources, making it an environmentally friendly choice. User-friendly : Ideal for both beginners and experienced users. The filament has a low shrinkage and is easy to process. Color : Natural PLA color that glows beautifully in a ghostly hue when in the dark. Whether you are creating personal gadgets, lighting elements or unique decorations, Jayo PLA Glow in the Dark filament will give your creations an impressive and playful effect, both during the day and in the dark. Make your prints not only practical, but also magical! PLA Filament Specifications: Wire diameter: 1.75 mm Tolerance: ±0.02 mm Nozzle temperature: 200-210 ℃ Bed temperature: none, recommended 60℃ Rally (KGF): 11-16 Melt index: 7-9 g/10 min (190℃, 2.16kg) tensile strength to break: 4% Print speed: 50-100MM/s Air Bubbles: 100% No Bubbles Net weight: 1.1 kg/roll Length approximately: 330 m

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PLA Plus (or PLA+) is an improved version of standard PLA (Polylactic Acid), a widely used material in 3D printing. PLA is already popular for its easy processing and environmental friendliness, but PLA Plus offers some improvements. Here are the main properties of PLA Plus: Strength and Toughness : PLA Plus is stronger and tougher than standard PLA. It is less likely to fracture and can withstand more impact, making it more suitable for functional and mechanical parts. Flexibility : While PLA is normally quite stiff, PLA Plus has a slightly higher flexibility, which makes it less brittle. This makes parts less likely to break under stress or impact. Heat resistance : PLA Plus often has a slightly higher heat resistance than standard PLA, although this is generally lower than ABS or PETG for example. This can vary depending on the manufacturer. Surface quality : Like standard PLA, PLA Plus often offers a nice finish with smooth surfaces. It is relatively easy to print without much warping or shrinkage, provided the print settings are good. Printability : PLA Plus retains the easy printability of PLA, meaning it is compatible with most FDM/FFF 3D printers. It does not require a heated print bed (although this is sometimes recommended for better adhesion). Color Fastness : PLA Plus is available in a wide range of colors and often retains its color better than standard PLA, making it suitable for aesthetic prints. Environmentally Friendly : Like PLA, PLA Plus is made from organic materials such as cornstarch. It is biodegradable, but PLA Plus sometimes contains additives, which can reduce its biodegradability. Disadvantages of PLA Plus: Cost : PLA Plus is often more expensive than standard PLA due to the additional additives and improved properties. Loss of Biodegradability : Some additives in PLA Plus may reduce biodegradability. Heat resistance : Despite an improvement, heat resistance is still inferior to materials such as ABS or PETG. In short, PLA Plus offers a balance of strength, printability and aesthetics, making it a popular choice for both functional and decorative 3D printing projects.

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ABS (Acrylonitrile Butadiene Styrene) filament is a widely used material in 3D printing due to its strong mechanical properties and durability. Here are some of the key properties of ABS filament: Strength and durability: ABS is a strong and impact-resistant material, making it resistant to impact and mechanical stress. This makes it suitable for functional parts and prototypes.  High Temperature Resistance: ABS can withstand higher temperatures than other commonly used filaments, such as PLA. It has a melting point of around 210-250°C and remains stable at temperatures up to about 100°C. Flexibility: ABS has a certain degree of flexibility, making it less brittle than PLA. This helps protect it from cracking or breaking under load. Moderate Shrinkage and Warping: ABS can shrink or warp during cooling, especially if not printed properly in a sealed or heated print bed. This can lead to warping of printed parts. Chemical resistance: ABS is resistant to various chemicals, such as oil and grease, making it suitable for industrial applications.  Finishing and post-processing: ABS can be easily sanded, drilled and bonded. It can also be processed with acetone to get a smooth, glossy surface. Moderate odors: During printing, ABS may emit an unpleasant odor due to the emission of volatile organic compounds (VOCs). It is therefore recommended to work in a well-ventilated area. Recycling: ABS is recyclable, although it is not biodegradable like PLA.  In summary, ABS filament is ideal for sturdy, durable prints that need to withstand higher temperatures and abrasion, but requires careful printing considerations (such as a heated print bed) to avoid warping. Specifications ABS Filament: Wire diameter: 1.75 mm Tolerance: ±0.03 mm Nozzle temperature: 240-270 ℃ Bed temperature: 80-120 ℃ Print speed: 50-100MM/s Melting index: 12-19 g /10min Net weight: 1.1 kg/roll

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New PLA Rainbow rolls available in sealed packaging, from the makers of SUNLU. Multiple rainbow colours available also in transparent. PLA (Polylactic Acid) is a widely used filament in 3D printing. It has several properties that make it attractive to both beginners and experienced users. Here are the main properties of PLA filament: Biodegradable : PLA is a bioplastic made from renewable resources such as corn, sugar beets or sugar cane. It is more environmentally friendly than other plastics such as ABS, because it is biodegradable under the right conditions. Low printing temperature : PLA melts at a lower temperature than many other filaments, typically between 180°C and 220°C. This makes it easier to print with and reduces the risk of warping. No heated print bed needed : Although a heated print bed can be useful to help the filament adhere better, it is not strictly necessary with PLA. This makes PLA suitable for printers without heated print beds. Low Odor : PLA has a low odor during printing compared to filaments like ABS, which can have a strong chemical smell. This makes it more pleasant to work with indoors. Strength and stiffness : PLA has a relatively high stiffness, but is less tough than for example ABS or PETG. It can break or crack under pressure, especially with thin parts. Color and Finish : PLA filament is available in a wide range of colors and can be printed with a nice, smooth finish. This makes it a good choice for aesthetic prints, such as prototypes, models or art objects. Low Shrinkage : PLA has minimal shrinkage during cooling, which reduces the chance of warping of the printed object. This contributes to the accuracy of the prints. UV Sensitivity : PLA is sensitive to UV light, which can cause discoloration and weakening over time if exposed to sunlight for extended periods of time. Lower heat tolerance : PLA has a relatively low glass transition temperature (around 60°C), which means that objects printed from PLA may deform when exposed to higher temperatures, such as in a hot car. Natural Gloss : PLA often has a slight, natural gloss after printing, giving it an attractive appearance without any additional post-processing. In short, PLA is easy to use, environmentally friendly and well suited for non-functional or aesthetic objects, but is less suitable for applications requiring extreme strength, toughness or high temperatures. PLA Filament Specifications: Wire diameter: 1.75 mm Tolerance: ±0.02 mm Nozzle temperature: 200-210 ℃ Bed temperature: none, recommended 60℃ Rally (KGF): 11-16 Melt index: 7-9 g/10 min (190℃, 2.16kg) tensile strength to break: 4% Print speed: 50-100MM/s Air Bubbles: 100% No Bubbles Net weight: 1.1 kg/roll Length approximately: 330 m

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Specificaties PLA Filament: Draaddiameter: 1,75 mmTolerantie: ±0,02 mmNozzle temperatuur: 200-210 ℃ Bed temperatuur: geen, aanbevolen 60 ℃Rally (KGF): 11-16Smeltindex: 7-9 g/10 min (190℃, 2,16kg)trekkracht tot breuk: 4 %Printsnelheid: 50-100 MM/sLuchtbelvorming: 100 % geen belvormingNetto gewicht: 1,1 kg/rolLengte circa: 330 m

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ASA Filament - High-performance 3D printing materials for sustainable results Discover JAYO ASA filament, perfect for 3D printing with excellent strength, durability and UV resistance. ASA (Acrylonitrile Styrene Acrylic) filament is ideal for both indoor and outdoor applications, as it is resistant to weather conditions, heat and chemical influences. This makes it the perfect choice for producing robust parts for vehicles, garden accessories, prototyping, and industrial applications. Why choose ASA filament? UV resistance : Perfect for outdoor applications, it retains its colour and strength even under the influence of sunlight. Heat Resistant : ASA filament is resistant to high temperatures and ensures stable printing even in heat. Strong and durable : Ideal for functional prototypes and parts that place high demands on strength and durability. Easy to Print : With a low chance of warping, ASA filament provides an easy printing experience even for larger objects. ASA filament offers several advantages over ABS filament: UV Resistance : ASA is more resistant to UV radiation than ABS, allowing it to retain its color and strength under prolonged exposure to sunlight. This makes ASA ideal for outdoor applications, while ABS can discolor or degrade more quickly under the influence of UV radiation. Weather resistance : ASA is very resistant to weather conditions, such as rain and snow. It retains its physical properties in extreme weather conditions, while ABS can weaken in some cases due to moisture absorption. Better aesthetics : ASA has a smoother and glossier finish than ABS, resulting in more visually appealing 3D printed objects. Less odor : ASA produces less unpleasant odor during printing than ABS, making it more pleasant to use in closed spaces or workshops. Strength and Durability : Both ASA and ABS are strong, but ASA often has better resistance to abrasion and impact, making it a more durable material for demanding applications. While ABS can be less expensive and slightly easier to print, ASA offers more advantages in terms of outdoor use and aesthetics, making it often preferred for applications that will be exposed to the elements for long periods of time. Whether you are a hobbyist creating your own project or a professional in need of high-quality functional parts, ASA filament offers the reliability and quality you are looking for. Order today and experience the benefits of ASA filament for your 3D printing projects! Technical Specifications: Diameter: 1.75mm Printing temperature: 230-260°C Bed temperature: 80-120°C Color: Black and White Print speed: 50-100MM/s Perfect for 3D printing with the best results!

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Discover Jayo TPU Silk Filament, a high-quality 3D printing material that stands out for its unique glossy finish and excellent flexibility. This filament is perfect for creating elastic and durable objects, such as accessories, prototypes and decorative items. With its excellent interlayer adhesion and easy processability, TPU Silk offers an ideal balance between aesthetics and functionality. Available in a variety of vibrant colors, this filament will inspire your creativity and impress hobbyists and professionals alike. Take advantage of TPU Silk for an unparalleled 3D printing experience! TPU Filament Specifications: Wire diameter: 1.75 mm Tolerance: ±0.02 mm Nozzle temperature: 200-230 ℃ Bed temperature: 60-80 ℃ Rally (KGF): 6-8 tensile strength to break: 600% Print speed: 30-60 MM/s Net weight: 1 kg/roll

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JAYO CF-PETG 3D filament is an advanced printing material that combines the strength and durability of PETG with the stiffness of carbon fiber. This filament is ideal for printing functional parts that need to withstand mechanical stress, such as engineering components, tools, and structural prototypes. With a diameter of 1.75mm and an accuracy of ±0.02mm, it is compatible with most FDM 3D printers. At Grunn3D.nl you can find a wide range of 3D printing materials, including various PETG filaments.

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Ontdek de kracht van JAYO CF-PLA, een high-performance filament dat ideaal is voor 3D-printen van robuuste en lichtgewicht onderdelen. Dit filament is een uitstekende keuze voor gebruikers die op zoek zijn naar de voordelen van PLA gecombineerd met de sterkte en stijfheid van carbonvezels. JAYO CF-PLA is versterkt met minimaal 10% carbon vezels.  Belangrijkste Kenmerken: Materiaal: Carbon Fiber versterkt PLA+ Draaddiameter: 1.75mm Gewicht: 1,1 kg per rol Print temperatuur: 50-100 mm/s  215°C - 225°C. 100-200 mm/s 225°C - 245°C Printbed temperatuur: 70°C – 80°C Compatibiliteit: Geschikt voor de meeste FDM/FFF 3D-printers Nozzle: Geharde 0.4mm nozzle  Voordelen van JAYO CF-PLA: Hoge sterkte en stijfheid: Door de toevoeging van carbonvezels biedt dit filament uitstekende mechanische eigenschappen, wat resulteert in printen die bestand zijn tegen zowel belasting als impact. Verbeterde warmtebestendigheid: CF-PLA heeft een hogere hittebestendigheid dan regulier PLA , waardoor het ideaal is voor onderdelen die onder constante belasting staan. Betere oppervlaktekwaliteit: De carbonvezels zorgen voor een matte afwerking, wat zorgt voor een stijlvolle en professionele uitstraling van je prints. Minder krimp: Dit filament heeft een lage krimp bij afkoeling, wat zorgt voor nauwkeurige afmetingen en een betere hechting op het printbed. Versterkt voor industriële toepassingen: Ideaal voor het printen van functionele prototypen, gereedschappen, en eindgebruikersonderdelen. Toepassingen: JAYO CF-PLA is perfect voor het maken van robuuste onderdelen zoals brackets, behuizingen, motorbeugels, en diverse technische componenten. Het biedt de sterkte van koolstofvezel in een gebruiksvriendelijke, makkelijk te printen variant. Let op: Carbonvezelfilamenten kunnen slijtage veroorzaken aan de nozzle van je printer. Het wordt aanbevolen om een geharde stalen nozzle te gebruiken voor optimale prestaties.

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Easy ABS filament is a type of 3D printer material used for its strength and durability, but it also offers some advantages over traditional ABS (Acrylonitrile Butadiene Styrene). Here are the main features of Easy ABS filament: Better printability : Easy ABS is designed to be easier to print than traditional ABS, which is known for its tendency to warp and crack during printing. It has fewer problems with distortion during cooling, which ensures more consistent and reliable print quality. Strong and durable : Like regular ABS, Easy ABS is strong, impact-resistant and resistant to high temperatures, making it suitable for functional parts that need to withstand mechanical stress. The material has good chemical resistance and is resistant to oils and greases. Matte finish : Easy ABS often produces a beautiful matte finish, which contributes to the aesthetic appearance of printed objects. Post-processing capabilities : Like regular ABS, Easy ABS can be easily machined, sanded or painted. It is acetone soluble, which means it can be smoothed with acetone for a glossy finish without visible layers. Printing temperatures : Easy ABS can generally be printed at lower temperatures than traditional ABS, typically between 220°C and 250°C depending on the manufacturer. A heated print bed is still required, usually set between 80°C and 110°C. Less odor : One of the disadvantages of traditional ABS is the strong odor during printing. Easy ABS produces less odor, making it more pleasant to use in indoor areas. Applications : Due to its improved printability and properties such as strength and durability, Easy ABS is suitable for functional parts, prototypes, and objects that require mechanical properties. In short, Easy ABS offers the benefits of ABS with a more user-friendly experience, making it a great choice for makers looking to create high-quality, durable prints without the complexity of traditional ABS. Specifications Easy ABS Filament: Wire diameter: 1.75 mm Tolerance: ±0.03 mm Nozzle temperature: 250-260 ℃ Bed temperature: 80-100 ℃ Print speed: 40-60 MM/s Net weight: 1 kg/roll

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