Jardineras ecológicas impresas en 3D con drenaje de Syrie (juego de 2)
Nuestras modernas macetas con diseño personalizado e impresión 3D añaden un toque bohemio a cualquier lugar de tu hogar. Este juego de dos colores incluye una maceta mediana y una pequeña con un diseño clásico de olas del océano. Estas macetas, hechas de plástico de origen vegetal, son seguras para las plantas y perfectas para plantas de interior de tamaño pequeño a mediano, como suculentas, plantas serpiente, potos y muchas más.
DETALLES DEL PRODUCTO
- Conjunto clásico de dos colores con una jardinera en color oliva y otra en color arena
- Fabricadas con plástico PLA biodegradable y ecológico, estas macetas duraderas son para uso en interiores.
- Cada jardinera de estilo vintage se adapta a una maceta de vivero de tamaño estándar; el juego de anidación incluye una grande y una mediana
- Dimensiones de la maceta mediana: 7,25 pulgadas de alto x 8,1 pulgadas de ancho x 8,1 pulgadas de profundidad; Dimensiones de la maceta pequeña: 5,5 pulgadas de alto x 6,1 pulgadas de ancho x 6,1 pulgadas de profundidad
- Debido a la naturaleza de la impresión 3D, habrá líneas posteriores presentes en la unidad.
- El platillo para plantas se vende por separado; Fabricado en EE. UU. con materiales extranjeros; Las macetas de vivero tradicionales pueden caber en esta maceta; Plantas NO incluidas
INSTRUCCIONES DE CUIDADO
- Proteja su maceta impresa en 3D evitando la exposición prolongada a la luz solar directa o altas temperaturas y evite usar agua caliente al limpiarla o enjuagarla para evitar deformaciones.
Shipping Info
- We ship via FedEx Home Delivery which arrives typically within 3-to-5 days
- We currently only ship to the 48 contiguous United States. This does not include Alaska, Hawaii, or any U.S. territories.
Returns & Exchanges
- A 30-day return window is standard for every product except for Final Sale items. We will provide you with a shipping label and a full refund, minus the $10 return shipping fee per each item. All items must be sent back in their original packaging.
Cancelation
- Orders cannot be cancelled or modified once placed, as they are immediately sent to our warehouse for processing.
Q : how to clean syrie eco planters
A : Gently hand wash your Syrie eco-friendly 3D printed planters with cool water to prevent deformation from heat. Avoid prolonged direct sunlight or high temperatures which can warp the plant-based plastic material. This preserves the unique ocean wave design and structural integrity of your indoor planters.
Q : will syrie planters break easily
A : The Syrie 3D printed planters are designed for indoor use and are reasonably durable for their material. However, like most 3D printed items, they can be susceptible to cracking if dropped from a significant height or subjected to excessive force. They are made from biodegradable PLA plastic, offering a good balance of eco-friendliness and sturdiness for small to medium houseplants.
Q : are syrie planters safe for succulents
A : Yes, the Syrie eco-friendly 3D printed planters are perfectly safe for succulents and other small to medium houseplants like snake plants and pothos. The plant-based plastic is non-toxic, and the set includes drainage to prevent root rot, a common concern for succulents. The classic ocean wave design adds a stylish Bohemian flair to your indoor plant display.
Q : syrie planters vs ceramic planters
A : Unlike heavier ceramic planters, the Syrie eco-friendly 3D printed planters are lightweight due to their plant-based plastic construction. While ceramic offers extreme durability and a distinct aesthetic, these 3D printed planters provide a unique, modern look with built-in drainage, making them an ideal choice for small apartments where weight is a consideration.
Q : what happens if syrie planter is left outside
A : If a Syrie eco-friendly 3D printed planter is left outside, prolonged exposure to direct sunlight and fluctuating temperatures can cause the plant-based plastic to warp or deform. This is because PLA is not designed to withstand outdoor weather conditions like UV radiation and heat, potentially compromising the integrity of the ocean wave design.
Q : can syrie planters hold heavy soil
A : The Syrie eco-friendly 3D printed planters are designed to hold standard nursery pots and their associated soil for small to medium houseplants. While they are durable for typical indoor use, they are not intended for extremely heavy soils or applications where significant weight might be applied, which could lead to stress on the 3D printed structure.
Q : do syrie planters look cheap
A : The Syrie eco-friendly 3D printed planters feature a modern Bohemian aesthetic with a unique ocean wave design, aiming to avoid a cheap look. While 3D printing does result in visible layer lines, this is an inherent characteristic of the manufacturing process that many appreciate as part of the artisanal appeal. The two-color combination also elevates their visual presence.
Q : syrie planters vs basic plastic pots
A : Compared to basic plastic nursery pots, the Syrie eco-friendly 3D printed planters offer a more decorative and custom-designed look with their distinct ocean wave pattern. While both are lightweight, the Syrie planters are made from biodegradable PLA plastic, offering a more sustainable and aesthetically pleasing option for indoor display beyond simple functionality.
Q : can syrie planters tip over easily
A : The Syrie eco-friendly 3D printed planters have a stable base designed to sit securely on flat indoor surfaces, minimizing the risk of tipping over with small to medium houseplants. Their weight distribution, combined with the planter’s dimensions, provides adequate stability for everyday use in a home environment. The nested design also contributes to their overall stability when placed together.
Q : what if syrie planter gets too hot
A : If a Syrie eco-friendly 3D printed planter is exposed to excessive heat, such as from hot water during cleaning or direct high temperatures, it can begin to warp or deform. This is a limitation of the biodegradable PLA plastic material used, which softens at higher temperatures, potentially impacting the planter's shape and the integrity of its ocean wave design.