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Le processus de pressage humide utilise des matériaux biodégradables tels que la bagasse, le bambou et le papier recyclé, offrant des finitions lisses, une protection, un rembourrage et un emballage peu encombrant et respectueux de l'environnement.
Les produits en pâte moulée remplacent le plastique et la mousse et offrent des options recyclables et biodégradables. Des formes, des couleurs et des surfaces écologiques personnalisées sont disponibles. Nous fournissons des emballages abordables et durables grâce à un service de prototypage et de fabrication en interne.
Notre vaisselle en fibres végétales, fabriquée à partir de bagasse, de paille et de bambou, est biodégradable, compostable, imperméable, résistante à l'huile et passe au micro-ondes. Certifiée, recyclable et empilable pour une utilisation respectueuse de l'environnement.
Les plateaux de pulpe de papier pour le pressage à sec, fabriqués à partir de matériaux recyclés 100%, offrent une alternative écologique et rentable au plastique. Ils sont amortissants, résistants à la température et empilables, ce qui permet de gagner jusqu'à 20% d'espace.
Bonitopak propose de la pâte à papier moulée en six couleurs, dont le blanc, le naturel et le noir, avec une précision chromatique de 95%. Des méthodes écologiques garantissent un blanchiment sûr. Le naturel et le blanc conviennent le mieux aux aliments ; les autres conviennent à l'emballage des plateaux.
Add six cells to a twelve count and something has to change structurally. That is the part buyers miss when they assume an 18 egg carton is simply a longer version of the standard.
The issue is span. A twelve count lid bridges roughly 105 mm across its short axis. An eighteen count bridges 155 mm. Half again as much unsupported width, carrying the same or greater stacking load, on the same fiber thickness. Without a change to the geometry, the lid bows in the middle and the load transfers onto the center row of eggs.
Our eighteen count solves this with a reinforced rib running the length of the lid center, plus deeper cone geometry on the middle row. The rib turns a wide flat panel into two narrower spans, which is the same principle a floor joist uses. It is invisible once the carton is filled and it is the reason the format survives deep pallet stacks.
The eighteen count exists because of how American households actually buy eggs.
Value pack formats sit in a specific gap. A dozen runs out quickly in a family of four. A thirty count flat is more than most home refrigerators can shelve and does not reclose properly once opened. Eighteen fits the door shelf on most US refrigerators, reclosd cleanly, and prices below two dozens bought separately.
Warehouse clubs pushed the format first, and mainstream grocery followed. For a producer, it means one more SKU that sells on price per egg rather than on brand, which changes the packaging brief. Value pack buyers are less responsive to premium finishes and more responsive to a carton that arrives intact.
A wider lid needs two closure points.
Single tab closures work up to roughly 120 mm of lid width. Past that, the lid corners lift because the tab holds the center while the ends stay free. Once a corner lifts, the carton no longer stacks square, and a leaning stack is how pallets collapse.
The twin tab arrangement on our eighteen count places closures inboard of each end, so the lid is held at two points that divide the free span into thirds. The carton sits flat, stacks square, and the closure force per tab drops, which also makes it easier to open by hand.
Filled, this format runs close to 1.1 kilograms. A standard export pallet configuration puts real compressive load on the bottom layer, and the arithmetic gets serious fast in a deep stack.
Pulp cartons handle this better than most buyers expect because the load path is internal. The cone columns between cells engage as soon as the lid closes, so the carton behaves like a small frame structure rather than a box. Testing on molded pulp egg cartons routinely shows top load figures well above what the same weight of folded board achieves.
That said, top load performance is a function of forming pressure and fiber density, not of the format itself. If you are comparing suppliers on an eighteen count, ask for the top load figure and the test method rather than accepting a general durability claim.
Two honest limitations are worth stating.
Printing an eighteen count costs more per unit than a twelve, simply because the panel is larger and the print area scales with it. Value pack economics are tight, so many producers run these blank or embossed only and put the branding on a wrap or a label instead.
Second, eighteen counts do not nest quite as efficiently as smaller formats, because the reinforcing rib interrupts the nesting profile. The difference is small, in the range of a millimeter or two per carton, but on a full container it is real. We factor it into loading calculations at quotation rather than quoting a generic figure.
Eighteen counts are almost always sold by the case rather than by the carton, and case configuration is worth settling before tooling. Most US distributors work in cases of eight or twelve, since those numbers divide cleanly onto a standard pallet footprint without overhang. A configuration that leaves cartons hanging past the pallet edge will be rejected at receiving regardless of how well the packaging performs, so we confirm case dimensions against your pallet standard at quotation.
Producers rarely run an eighteen count alone. It works as the value anchor beneath a dozen egg carton doing the volume, with a 6 egg carton carrying the premium line above both.
Buyers packing across grades should read the chicken egg carton page, since the size class question decides cell depth for all three formats at once. Anyone specifying color across a full range should start at boîtes à œufs colorées, where shade consistency between molds is covered in detail.
Add six cells to a twelve count and something has to change structurally. That is the part buyers miss when they assume an 18 egg carton is simply a longer version of the standard.
The issue is span. A twelve count lid bridges roughly 105 mm across its short axis. An eighteen count bridges 155 mm. Half again as much unsupported width, carrying the same or greater stacking load, on the same fiber thickness. Without a change to the geometry, the lid bows in the middle and the load transfers onto the center row of eggs.
Our eighteen count solves this with a reinforced rib running the length of the lid center, plus deeper cone geometry on the middle row. The rib turns a wide flat panel into two narrower spans, which is the same principle a floor joist uses. It is invisible once the carton is filled and it is the reason the format survives deep pallet stacks.
The eighteen count exists because of how American households actually buy eggs.
Value pack formats sit in a specific gap. A dozen runs out quickly in a family of four. A thirty count flat is more than most home refrigerators can shelve and does not reclose properly once opened. Eighteen fits the door shelf on most US refrigerators, reclosd cleanly, and prices below two dozens bought separately.
Warehouse clubs pushed the format first, and mainstream grocery followed. For a producer, it means one more SKU that sells on price per egg rather than on brand, which changes the packaging brief. Value pack buyers are less responsive to premium finishes and more responsive to a carton that arrives intact.
A wider lid needs two closure points.
Single tab closures work up to roughly 120 mm of lid width. Past that, the lid corners lift because the tab holds the center while the ends stay free. Once a corner lifts, the carton no longer stacks square, and a leaning stack is how pallets collapse.
The twin tab arrangement on our eighteen count places closures inboard of each end, so the lid is held at two points that divide the free span into thirds. The carton sits flat, stacks square, and the closure force per tab drops, which also makes it easier to open by hand.
Filled, this format runs close to 1.1 kilograms. A standard export pallet configuration puts real compressive load on the bottom layer, and the arithmetic gets serious fast in a deep stack.
Pulp cartons handle this better than most buyers expect because the load path is internal. The cone columns between cells engage as soon as the lid closes, so the carton behaves like a small frame structure rather than a box. Testing on molded pulp egg cartons routinely shows top load figures well above what the same weight of folded board achieves.
That said, top load performance is a function of forming pressure and fiber density, not of the format itself. If you are comparing suppliers on an eighteen count, ask for the top load figure and the test method rather than accepting a general durability claim.
Two honest limitations are worth stating.
Printing an eighteen count costs more per unit than a twelve, simply because the panel is larger and the print area scales with it. Value pack economics are tight, so many producers run these blank or embossed only and put the branding on a wrap or a label instead.
Second, eighteen counts do not nest quite as efficiently as smaller formats, because the reinforcing rib interrupts the nesting profile. The difference is small, in the range of a millimeter or two per carton, but on a full container it is real. We factor it into loading calculations at quotation rather than quoting a generic figure.
Eighteen counts are almost always sold by the case rather than by the carton, and case configuration is worth settling before tooling. Most US distributors work in cases of eight or twelve, since those numbers divide cleanly onto a standard pallet footprint without overhang. A configuration that leaves cartons hanging past the pallet edge will be rejected at receiving regardless of how well the packaging performs, so we confirm case dimensions against your pallet standard at quotation.
Producers rarely run an eighteen count alone. It works as the value anchor beneath a dozen egg carton doing the volume, with a 6 egg carton carrying the premium line above both.
Buyers packing across grades should read the chicken egg carton page, since the size class question decides cell depth for all three formats at once. Anyone specifying color across a full range should start at boîtes à œufs colorées, where shade consistency between molds is covered in detail.
Nous répondons dans les 24 heures, offrant une communication rapide et claire, des solutions sur mesure et un service efficace pour économiser du temps et de l'argent.
Nos services internes de conception, d'ingénierie et de fabrication garantissent un outillage rapide, avec des échantillons prêts en 7 jours et des moules de production en 8 jours.
Nos ingénieurs R&D qualifiés excellent dans la conception, le prototypage et l'outillage, offrant des solutions d'emballage complètes avec des blisters, des boîtes en fer-blanc et des boîtes imprimées.
Le personnel formé effectue des inspections 100%, des contrôles aléatoires et des contrôles de qualité, ce qui permet de garantir des normes élevées, de réduire les rejets et d'économiser des coûts.
Nous proposons une programmation raisonnable des commandes et nous coordonnons avec les clients pour résoudre rapidement les problèmes, afin de garantir les meilleures solutions.
Notre équipe expérimentée de service après-vente assure une communication fluide et résout les problèmes de remplacement, d'expédition et de livraison, avec pour objectif zéro réclamation.
Par Leo Chan | Rédacteur, BonitoPak | Plus de 20 ans d'expérience dans le domaine des emballages en pâte moulée Publié le 16
Par Leo Chan | Rédacteur, BonitoPak | Plus de 20 ans d'expérience dans le domaine des emballages en pâte moulée Publié le 15
Par Leo Chan | Rédacteur, BonitoPak | Plus de 20 ans d'expérience dans le domaine des emballages en pâte moulée Publié le 14