Guangzhou Haihong Arts & Crafts Factory

ARTIFICIAL GREENERY--CUSTOMIZATION SERVICE IS WELCOME

Manufacturer from China
Site Member
5 Years
Home / Products / Artificial Plant Accessories /

40cm Height Fiberglass Artificial Plant Pot For Garden Decoration

Contact Now
Guangzhou Haihong Arts & Crafts Factory
City:guangzhou
Country/Region:china
Contact Person:MrSean
Contact Now

40cm Height Fiberglass Artificial Plant Pot For Garden Decoration

Ask Latest Price
Video Channel
Brand Name :HAIHONG
Model Number :indoor landscape
Certification :PONY,SGS
Place of Origin :CHINA
MOQ :10PCS
Price :59USD
Payment Terms :T/T
Supply Ability :200000 pcs per month
Delivery Time :15days
Packaging Details :standard exporting packing
Design Style :Simulation
Use :Architectural Landscaping
Plant Type :plants
Material :Plastic
Room Space :Bathroom, Bedroom, Dining Room, Dorm Room
more
Contact Now

Add to Cart

Find Similar Videos
View Product Description

Wholesale Plants High Quality Artificial Plant Pot For Decoration

Product Name
Vase
Material
Fiberglass
Colour
As shown and customized
Shape
Square
Size(cm)
120/100/90/80/60/40cm height
Characteristic
Garden
Brand
Haihong
Item No.
YF486
MOQ
5 PCS
Trade Terms
EXW/FOB Shenzhen/CFR
Payment
TT
Lead Time
20*GP:30 Days/40’HQ:40 Days
OEM & ODM
Available
Packaging
FCL: PE Bag + Styrofoam + Master Carton
LCL: PE Bag + Styrofoam + Master Carton + Wood Stand(If needed)
Post-Sales Service
Should you have any query upon receiving the goods, just feel free to contact us anytime. We’ll help you solve any problem
immediately.

40cm Height Fiberglass Artificial Plant Pot For Garden Decoration

40cm Height Fiberglass Artificial Plant Pot For Garden Decoration

40cm Height Fiberglass Artificial Plant Pot For Garden Decoration

40cm Height Fiberglass Artificial Plant Pot For Garden Decoration

40cm Height Fiberglass Artificial Plant Pot For Garden Decoration

40cm Height Fiberglass Artificial Plant Pot For Garden Decoration

40cm Height Fiberglass Artificial Plant Pot For Garden Decoration

Inquiry Cart 0