A great Indian wedding consists of a stunning lehenga, intricate jewellery, enchanting decor and a joyful gathering. For adding more grace to the wedding, the bride can go for the unique headbands called Mathapatti (an ornamented chain worn along the hairline) which come in many different styles. Bridal Mathapatti designs in south India are more popular. And today these Mathapatti traditions become the most exclusive jewellery
Most celebrities use mathapatti for enhancing their bridal look.
Kundan is the ideal bridal jewellery in India. For a warm and elegant look, a bride must use Kundan set for their wedding look. Kundan work is Indian gemstone jewellery and in India, this tradition is being worn for ages.
For a gorgeous look with this ghungroo style, one can add pearls with this. The style majorly goes with the heavy bridal lehenga and enhances the look with the beautiful colours of ghungroo.
If you want to get a proper Rajasthani look use these mathapatti which are made out of a band that wraps around the crown of your head instead of around the hairline.
In recent times, brides are preferring floral jewellery more for their Mehendi or Haldi ceremonies. With the beauty of the flower Matha Patti, the splendour of this ritual is merely multiplied.
The gold mathapatti design complements her dress’s soothing pastel colours and produces a bold bridal aesthetic.
These one-sided mathapatti are currently in trend. They assist in giving one side of your head a heavier, more medieval appearance
This double-stranded pearl mathapatti pattern is absolutely stunning and lovely.
This multi-layered mathapattis will give your bridal appearance that extra touch of royalty.
This is a very unique type of mathapatti. It is simply made in a way that makes for a lovely bridal jewellery set.
These are the very basic mathapatti a bride can choose who likes to keep their wedding day modest and elegant.
The bride’s beauty is enhanced to the next level with pearl-based Matha Pattis. Pearl jewellery is eye-catching and adds more grace to your wedding.
These Afghan-style mathapatti gives the proper eastern look to the bride. The uniqueness about this jewellery is that they are handmade jewellery which adds more grace to the bride’s look.
With minimum jewellery and strings, this contrasting mathapatti design would add to the beauty of the bride. Kundan’s work and stone stand out unique to the crowd
These thin chain style mathapatti are in trend for the ceremony like Mehendi and Tel, these single-chain give a more elegant look to the bride and it is best for those who have a smaller forehead.
For a royal look bride should go for this type of heavy mathapatti. These mathapatti give you a proper traditional look on your D-day. These thick mathapattis are for the bride who loves junk jewellery.
This style is the combination of the thick and thin layer mathapatti. It gives the heavy look and a decent look at the same time to the bride.
The front part of this design is a moon-like structure which changes the bride’s look in many ways. This chandbali design is preferred by most brides for a stunning look.
This mathapatti has a teardrop shape at the front part of the head and increases the grace with the dangling emerald. For brides who love their maangtika to belong and cover their mid-forehead part, this is the best suit for them.
A pattern like this in mathapatti attracts the crowd mostly and makes you the centre of attraction. This Crown style mathapatti is best for the bride who likes their jewellery OTT on their special day.
For a proper Rajasthani look bride use a Borla maangtika this headband consists of three layers which start from the mid of the head and give the stunning look to the bride. This Borla tradition is the best for those brides who wants an elegant ethnic look.
So here are the top 20 unique designs of mathapatti a bride can wear on her D-day. Hope you have found what you were looking for. Do tell us in the comment section which design will you prefer for your D-day and suggest another topic which you want to be covered by us.
Loading data...