loader image
Connect with us

JB Insights

Let us continue to harness our collective strengths, seize emerging opportunities, and embrace change with enthusiasm.

Let us uphold our legacy of craftsmanship and integrity, and propel the industry towards unparalleled success – Vipul Shah

Published

on

746 views

The Indian gem and jewellery sector is a force to reckon with in the international GJ market. GJEPC has been the apex body driving India’s export-led growth in the gem and jewellery sector since 1966.Vipul Shah, Chairman GJEPC speaks to JewelBuzz on the initiatives, strategies for growth of the GJ industry, impact of geopolitical crisis on GJ sector and government policies and regulatory frameworks aiding the growth of Indian GJ sector.

Take us through the GJEPC roadmap for the year 2024—events and initiatives, strategies for growth of the GJ industry.

GJEPC is focused on growing India’s share of the global gem and jewellery pie. The Council also has a dual focus of driving export growth and creating job opportunities in the industry. Despite challenges faced in 2023, the industry is optimistic for the year 2024.

Efforts are directed towards sustaining and increasing exports to major markets like the USA, Hong Kong, and UAE. Additionally, the industry is exploring new markets such as the UK, Italy, France, Latin America, and Cambodia among many others.

Marketing efforts will be intensified to promote Indian gems and jewellery globally. This includes organising the IIJS, the India International Gem & Jewellery Show (IGJS) in Dubai and Jaipur, actively participating in major international gem and jewellery exhibitions; and facilitating product-specific and market-specific Buyer Seller Meets.

There is also a focus on investing in technology and innovation to enhance productivity, efficiency, and competitiveness. GJEPC, in collaboration with the Ministry of Commerce & Industry and SEEPZ, has launched a Mega Common Facility Center in SEEPZ Mumbai. This initiative aims to increase manufacturing capacities, drive technological advancements, and provide extensive skill development opportunities. Importantly, the services offered will benefit both SEEPZ and Domestic Tariff Area (DTA) units, reflecting inclusivity and industry-wide progress.

The geopolitical crisis and G7 sanctions banning Russian diamonds are major concerns. What is the impact on Indian diamond industry with the manufacturing sector affected drastically with shortage of rough diamonds?

The G7/EU has considered March 1st to August 31st as the “Sunrise Period.” During this phase, the US has opted for self-certification for import shipment clearance, while the EU provides two alternatives: G7 certification and a documentary evidence-based system, facilitating Indian trade in importing goods directly to India using the documentary evidence option. Certain countries allow Mixed Origin relaxation, subject to documentary evidence. The UK has provided clarification on Grandfathering diamonds movement and the necessary procedures. As of March 1, 2024, the immediate impact of G7 sanctions appears relatively manageable, with the industry adjusting to uphold support documents, coordinate two supply chains, and comprehend country-specific requirements for legal compliance. While it is still early, being only 3 weeks into the sanctions, inquiries and feedback from members are being actively received and assessed to gain a comprehensive understanding of the situation.

How are government policies and regulatory frameworks aiding the growth of Indian GJ sector?

Based on its potential for growth and value addition, the Government of India has declared the Gems and Jewellery sector as a focus area for export promotion. Over the years, through trade-friendly policies, the government has facilitated a remarkable surge in gem and jewellery exports, which now stand at USD 40 billion.

The recent Free Trade Agreements with key partners such as the UAE, Australia, and the European Free Trade Association (EFTA) countries—Switzerland, Iceland, Norway, and Liechtenstein—hold substantial promise for further boosting Indian gem and jewellery exports.

However, to enhance the industry’s competitiveness in global markets and ensure sustainable development, several measures have been proposed to the government:

  • Safe harbour rule for sale of rough diamonds in Special Notified Zones (SNZs)
  • Introduction of Diamond Imprest License and reduction in import duty on cut & polished diamonds to 2.5%
  • Reduction in import duty on gold/silver/platinum bars to 4%
  • Introduction of a mechanism like “Rates & Taxes Refund” through EDI system similar to GST refund.

Despite the various challenges there is always a positive spirit. What is your message to the GJ industry?

Despite facing challenges, the Indian gem and jewellery industry has always shown resilience, relying on its renowned craftsmanship and skills recognized worldwide.

Understanding its inherent strengths, the industry perceives setbacks as temporary hurdles, consistently striving for improvement by integrating the latest technologies. Today, it stands capable of meeting the diverse demands of global markets.

My message to the GJ industry is simple: Let us continue to harness our collective strengths, seize emerging opportunities, and embrace change with enthusiasm. Together, we can navigate through any adversity, upholding our legacy of craftsmanship and integrity, and propel the industry towards unparalleled success.

Continue Reading
Advertisement JewelBuzz Banner
Click to comment
Subscribe
Notify of
guest
0 Comments
Oldest
Newest Most Voted
Inline Feedbacks
View all comments

Education

The Science Behind Sparkle: How Lab-Grown Diamonds Are Created

A New Era of Diamond Creation

Published

on

1,692 views

In recent years, lab-grown diamonds have captured the attention of jewellers, consumers, and investors alike. Beyond their beauty, what makes these gems truly fascinating is the science behind their creation. Unlike imitation stones, lab-grown diamonds share the same physical, chemical, and optical properties as natural diamonds — the only difference lies in their origin.

At the heart of this innovation are two cutting-edge processes: High Pressure High Temperature (HPHT) and Chemical Vapor Deposition (CVD). These methods recreate the intense conditions under which natural diamonds form deep within the Earth, allowing scientists to produce genuine diamonds in a controlled laboratory environment.

HPHT: Diamonds Born Under Extreme Conditions

The High Pressure High Temperature (HPHT) method mimics the natural diamond-forming process that occurs about 150 kilometers below the Earth’s surface.

  1. Starting Point – The Seed:
    A small diamond seed, usually a thin slice of an existing diamond, is placed inside a carbon-rich chamber.
  2. Simulating Nature – Pressure and Heat:
    The seed is exposed to extreme conditions — pressures of about 5–6 GPa (equivalent to the pressure at the Earth’s mantle) and temperatures of 1,400–1,600°C.
  3. Crystal Growth:
    Under these conditions, the carbon source melts and crystallizes around the diamond seed, forming a larger crystal over several weeks.

The result is a high-quality diamond crystal that is virtually indistinguishable from its natural counterpart. HPHT diamonds often exhibit exceptional clarity and can be produced in a range of sizes and colors, including colorless, yellow, and blue varieties.

CVD: Diamonds Grown in a Plasma Cloud

The Chemical Vapor Deposition (CVD) process is a more recent innovation that uses advanced plasma technology to grow diamonds atom by atom.

  1. Preparing the Chamber:
    A thin diamond seed is placed inside a vacuum chamber filled with carbon-rich gases, typically methane and hydrogen.
  2. Creating Plasma:
    The gases are energized using microwaves or lasers, forming a plasma cloud that breaks down the molecular bonds of the gases.
  3. Diamond Formation:
    Carbon atoms released from the plasma settle onto the seed layer, crystallizing into pure diamond over the course of several weeks.

The CVD method allows for greater control over purity, color, and size, making it ideal for high-end jewellery applications. It also produces diamonds that are free from many of the inclusions typically found in natural stones.

Technology Meets Sustainability

Both HPHT and CVD processes are transforming the jewellery industry not only through technology but also through sustainability. Lab-grown diamonds require no mining, dramatically reducing environmental impact. Many manufacturers are also transitioning to renewable energy sources to power their production facilities, making these diamonds even more eco-conscious.

Furthermore, traceability is a defining advantage. Every lab-grown diamond can be tracked from its creation, offering complete transparency — a growing priority among modern consumers seeking ethical luxury.

Crafting the Future of Jewellery

As consumer awareness grows, lab-grown diamonds are redefining what it means to own something precious. With their scientific precision, sustainable creation, and stunning beauty, they represent the perfect harmony between innovation and artistry.

Continue Reading

Trending

JewelBuzz is Asia’s First Digital Jewellery Media & India’s No.1 B2B Jewellery Magazine, published by AM Media House. Since 2016, we’ve been the trusted source for jewellery news, market trends, trade insights, exhibitions, podcasts, and brand stories, connecting jewellers, retailers, and industry professionals worldwide.

We would like to hear from you...

GET WHATSAPP NEWS ALERTS

0
Would love your thoughts, please comment.x
()
x