close
Request a quote

Type LX006

The type LX006 combines square geometry with tall cylindrical proportions, creating distinctive planters perfect for larger indoor specimens.Designed to accommodate plants like Monstera and Fiddle Leaf Figs, these planters offer both substantial capacity and sophisticated design.
Material:       High-strength recycled plastic/PP、PE
Weight:         3.01kg-9.98kg
Available Colors:

Specification

Item No. Top Dia Bottom Dia Height Weight
LX006-1 26cm/10.23inch 17cm/6.69inch 49.5cm/19.49inch 3.01kg
LX006-2 29.5cm/11.61inch 19cm/7.48inch 60cm/23.62inch 4.50kg
LX006-3 40.5cm/15.94inch 28cm/11.02inch 72cm/28.34inch 9.98kg
 
Minimum Order Quantity: 500 pieces
Lead Time: 3-5 weeks
Custom Options: Logo printing, shipping mark, packaging, loading quantity, special colors and sizes available

Product Features

☀️UV Resistant

Special formula material effectively resists UV rays, no fading with long-term outdoor use.

🌧️Weather Resistant

Adapts to various climate conditions, withstands high temperatures and cold, temperature range -30°C to 60°C.

💧Drainage System

Designed with drainage holes at the bottom to prevent water accumulation and protect plant roots.

🏗️Stackable Design

Special design allows empty pots to be stacked, saving transportation and storage space.

🔄Easy to Clean

Smooth surface design, easy to clean and maintain.

Applications

Commercial Plazas
Suitable for outdoor greening in shopping malls and commercial plazas, enhancing commercial environment quality.
Hotels & Resorts
Landscaping for hotel entrances, pool areas, and restaurant outdoor seating areas.

Municipal Projects
Greening projects for urban streets, parks, squares and other public spaces.

Office Parks
Environmental beautification for corporate campuses and technology parks, improving work environment quality.
Residential Communities
Public area greening for high-end residential communities and villa areas.

Educational Institutions
Landscape design for schools and university campuses, creating pleasant learning environments.