Product Detail :
Mehandi Medallion Kashan Silk Carpet
- Mehandi Medallion handmade rug is made using Hand-knotted technique which is also called inter-weaving technique.
- This is silk on cotton handmade area rug.
- The warp is in cotton and weft is in pure silk material.
- The main colors are Mehandi (green), blue and ivory.
- It contains a medallion Kashan design pattern which is originated from Kashan city Persia (Iran).
- It is a highly durable and 100% hand washable rug.
- This rug has about 324 knots per square inch.
- Rug Material: 100% Pure silk
- Weft- Pure Mulberry Silk
- Warp- Pure Cotton
- Back looks just like front due to the intricacy of craftsmanship and fineness.
- Shape: Rectangle
- Design Origination: Persia
- Pile Height: low pile ( For adding strength to this carpet)
- Rug Construction: Handmade
- Construction Technique: Hand-knotted
- Décor Style: Traditional / Persian / Oriental
- Indoor/Outdoor Use: Indoor
- Care and Cleaning: Vacuum / Hand-washable / Professional Cleaning Regularly
- Pattern: Medallion Kashan
- Color Combination: Blue, Ivory, Green
- Main Color- Green
- Process Duration: Approx. 4-5 months
- Number of knots : Approx. 324 knots per square inch
You will receive the same, exact Rug as seen in the image
Clean & Care:
To maintain the condition and extend the life of your rug, Vacuum regularly in the direction of the pile. To clean the liquid spills, use a damp cloth or sponge immediately. It is recommended to have professional rug cleaning for the hard to remove stains. Avoid direct and continuous exposure to sunlight for longer periods. Do not pull loose ends, if any. Use a scissor to clip the same. All of our rugs are professionally washed and are individually inspected before leaving our warehouse. This rug is currently in stock and includes FREE shipping worldwide.
Please Note:
We try our best to display the most accurate images. If there is a slight variation in color, it might be due to differences in computer monitors. Please note that lengths and widths may slightly vary from published dimensions although we strive to provide the accurate measurements possible.