Import Ceramic Pots — Buy in Bulk from Supplier in Viet Nam

These ceramic pots are produced using high-fired porcelain clay with a smooth, glossy glaze applied through spray technique. Dimensions range from 10 cm to 50 cm in diameter, with wall thickness between 5 mm and 9 mm, as stated in the supplier’s specifications. The pots are designed for both indoor and outdoor use, with structural integrity tested for impact resistance.

The glaze is formulated to reduce water seepage while allowing minimal breathability, a balance typical in modern decorative planters. The firing process occurs at approximately 1220°C, consistent with high-fired porcelain standards. Color options include earth tones and muted pastels, achieved through oxide-based pigments. Unlike low-fired ceramics, these pots exhibit low porosity, reducing susceptibility to freeze-thaw cracking.

Primary buyers include interior design studios, upscale retail nurseries, and hotel landscaping contractors in North America and Australia. Orders are typically placed in multiples of 100 units per color and size. Packaging is in double-walled cartons with foam inserts, and palletized for LCL or FCL shipments. Incoterms offered are FOB Ho Chi Minh Port, with lead times of 28 to 40 days after order confirmation.

Sai Gon Future Fine Art Company, .Ltd operates from a facility in District 1, Ho Chi Minh City, specializing in high-fired ceramic planters for export markets. The supplier is classified as imported with harbor trust verification, confirming physical presence and export compliance. The listing does not disclose factory size, workforce, or operational history. No certifications, awards, or client testimonials are referenced.

The company focuses solely on decorative ceramic pots, with no indication of other product lines. Production emphasizes precision glazing and consistent firing, distinguishing their output from hand-thrown alternatives. They do not claim ISO, SGS, or other certifications. All product claims are limited to material composition, glaze properties, and packaging methods.