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Maqam e Ibrahim Velvet Printed Janamaz | Soft Quilted Prayer Mat

Rs.3,800.00 Rs.1,850.00 SAVE 51%

Soft & Luxurious Velvet Janamaz Premium Quality Durable Product Thin Foam Padding Easy to Fold | Easy to Carry Best For Hajj & Umrah Tabaruk Introducing the Maqam e Ibrahim Velvet Printed Janamaz: a luxurious...

Color: Grey

Grey
Maroon
Green
Black
Brown
Blue
SKU: MaqameIbrahim-GY
Availability : In Stock In Stock Out of stock
Description
  • Soft & Luxurious Velvet Janamaz
  • Premium Quality
  • Durable Product
  • Thin Foam Padding
  • Easy to Fold | Easy to Carry
  • Best For Hajj & Umrah Tabaruk

Introducing the Maqam e Ibrahim Velvet Printed Janamaz: a luxurious prayer mat crafted with premium velvet and adorned with intricate prints inspired by the revered Maqam e Ibrahim. Soft quilted for comfort, it offers a plush cushioning for serene prayers. Each design pays homage to tradition, inviting contemplation and connection in your sacred space. Elevate your spiritual practice with this exquisite Janamaz, where comfort, beauty, and tradition converge in a perfect blend.

Additional Information
Color

Grey, Maroon, Green, Black, Brown, Blue

Size Chart

Zikr Ring Size Measurement:
For those who do not know their ring size, here is a simple way to know your finger size and make it easy to make a decision on which size you should order.

Please follow the steps below in order to specify your Zikr Ring size:


(1)
Prepare a slip of paper tie it on the finger.


(2)
Mark on the junction of paper tape.

(3)
Flat the paper and measure length, this length is the perimeter of your finger.

Once you measure the length, you can easily determine the size of your Zikr Ring.

Measurement (mm)
53~57mm
58~65mm

66~70mm

Zkir Ring Size
18
20

22

US Size
8.25 or less
10.5 or less

12 or more

*NOTE: If the size you measured is not in the listed measurements, you can determine the size fits you more if you prefer the ring to be tight or a bit large. We usually suggest our valued customers to choose the smaller size due to the possibility that there will be an error during the measurement.