Monday, 15 July 2019

India Differentiates Synthetics Imports


India has introduced an import classification code solely for lab-grown rough diamonds, enabling the industry to keep better watch of synthetics entering the country.
The government has separated the Indian Trade Clarification (ITC) code for rough synthetic gemstones into diamonds and non-diamonds, the Gem & Jewellery Export Promotion Council (GJEPC) reported last week. The move will help organizations such as the GJEPC track the precise quantities of lab-grown diamonds coming into the market, explained Colin Shah, the council’s vice chairman.
Previously, all rough synthetic gemstones carried the same Indian import code — 71042000 — whether they were man-made diamonds or other stones. From now on, rough lab-grown diamonds will fall into 71042010, while other rough synthetic stones will be assigned 71042090. Trade data for the two categories is likely to be available starting in August, the GJEPC said. Natural rough diamonds will retain their code of 71023100.
ITC codes are unique numbers for each type of product, and are based on the international Harmonized System (HS) of codes. The government announced the change in last week’s Union Budget, following lobbying by the GJEPC.
“This will go a long way in strengthening the efforts of the council to monitor the two pipelines and maintain their integrity,” said GJEPC chairman Pramod Agrawal.
India already has the distinction for polished: Synthetic diamonds carry the ITC code 71049010, while other polished synthetic gemstones are labeled 71049090. However, until now, the GJEPC has chosen not to publish the official trade figures for synthetic diamonds in its monthly data release, instead providing one total for all synthetic polished gemstones, including diamonds, and an equivalent for rough. It’s in the process of changing its reporting methods, and will soon publicize the whole range of available data across rough and polished, it confirmed.
India is one of the first countries to keep close tabs on lab-grown trading, the GJEPC claimed. China already has a similar distinction for its import codes, while the European Union will adopt a Combined Nomenclature (CN) customs code for synthetic diamonds on January 1, 2020, the GJEPC added. Australia and Russia are likely to follow suit, it noted.
The budget — the country’s first since the reelection of Prime Minister Narendra Modi — also saw the introduction of an online service enabling small and medium-sized enterprises to obtain loans of up to INR 10 million ($146,000) within 59 minutes. The government will allocate INR 3.5 billion ($51 million) to subsidize interest repayments for companies of that size that are registered for the nation’s goods and services tax. The initiatives are open to a range of industries, including jewelry.
Additionally, the government will charge a 2% “tax deducted at source” on cash withdrawals exceeding INR 10 million ($146,000) to discourage cash payment for business purposes.
Source: DCLA

India Differentiates Synthetics Imports


India has introduced an import classification code solely for lab-grown rough diamonds, enabling the industry to keep better watch of synthetics entering the country.
The government has separated the Indian Trade Clarification (ITC) code for rough synthetic gemstones into diamonds and non-diamonds, the Gem & Jewellery Export Promotion Council (GJEPC) reported last week. The move will help organizations such as the GJEPC track the precise quantities of lab-grown diamonds coming into the market, explained Colin Shah, the council’s vice chairman.
Previously, all rough synthetic gemstones carried the same Indian import code — 71042000 — whether they were man-made diamonds or other stones. From now on, rough lab-grown diamonds will fall into 71042010, while other rough synthetic stones will be assigned 71042090. Trade data for the two categories is likely to be available starting in August, the GJEPC said. Natural rough diamonds will retain their code of 71023100.
ITC codes are unique numbers for each type of product, and are based on the international Harmonized System (HS) of codes. The government announced the change in last week’s Union Budget, following lobbying by the GJEPC.
“This will go a long way in strengthening the efforts of the council to monitor the two pipelines and maintain their integrity,” said GJEPC chairman Pramod Agrawal.
India already has the distinction for polished: Synthetic diamonds carry the ITC code 71049010, while other polished synthetic gemstones are labeled 71049090. However, until now, the GJEPC has chosen not to publish the official trade figures for synthetic diamonds in its monthly data release, instead providing one total for all synthetic polished gemstones, including diamonds, and an equivalent for rough. It’s in the process of changing its reporting methods, and will soon publicize the whole range of available data across rough and polished, it confirmed.
India is one of the first countries to keep close tabs on lab-grown trading, the GJEPC claimed. China already has a similar distinction for its import codes, while the European Union will adopt a Combined Nomenclature (CN) customs code for synthetic diamonds on January 1, 2020, the GJEPC added. Australia and Russia are likely to follow suit, it noted.
The budget — the country’s first since the reelection of Prime Minister Narendra Modi — also saw the introduction of an online service enabling small and medium-sized enterprises to obtain loans of up to INR 10 million ($146,000) within 59 minutes. The government will allocate INR 3.5 billion ($51 million) to subsidize interest repayments for companies of that size that are registered for the nation’s goods and services tax. The initiatives are open to a range of industries, including jewelry.
Additionally, the government will charge a 2% “tax deducted at source” on cash withdrawals exceeding INR 10 million ($146,000) to discourage cash payment for business purposes.
Source: DCLA

Sunday, 14 July 2019

Red And Pink Diamonds Are Tendered By Rio Tinto


Rio Tinto displayed 64 diamonds weighing a total of 56.28 carats, all from its Argyle mine site, in the east Kimberley region of Western Australia, the mining giant said today.
The diamonds make up the 2019 Argyle Pink Diamonds Tender.
Rio Tinto highlighted six diamonds all at or under 2.01 carats:
Argyle red diamond
Argyle red diamond
Lot 1: Argyle Enigma™,1.75 carat modified radiant Fancy Red diamond
Lot 2: Argyle Amari™, 1.48 carat heart shaped Fancy Vivid Purplish Pink diamond
Lot 3: Argyle Elysian™, 1.20 carat modified cushion shaped Fancy Vivid Pink diamond
Lot 4: Argyle Verity™,1.37 carat oval shaped Fancy Vivid Purplish Pink diamond
Lot 5: Argyle Opus™, 2.01 carat round shaped Fancy Intense Pink diamond
Lot 6: Argyle Avenoir™, 1.07 carat oval shaped Fancy Red diamond
The mine, nearly four decades old, is nearing its end.
“Rio Tinto’s Argyle mine is the first and only ongoing source of rare pink diamonds in history,” said Rio Tinto Copper & Diamonds chief executive, Arnaud Soirat, in a news release.
“With the lifecycle of this extraordinary mine approaching its end, we have seen, and continue to see, unstoppable demand for these truly limited-edition diamonds and strong value appreciation.”

Red And Pink Diamonds Are Tendered By Rio Tinto


Rio Tinto displayed 64 diamonds weighing a total of 56.28 carats, all from its Argyle mine site, in the east Kimberley region of Western Australia, the mining giant said today.
The diamonds make up the 2019 Argyle Pink Diamonds Tender.
Rio Tinto highlighted six diamonds all at or under 2.01 carats:
Argyle red diamond
Argyle red diamond
Lot 1: Argyle Enigma™,1.75 carat modified radiant Fancy Red diamond
Lot 2: Argyle Amari™, 1.48 carat heart shaped Fancy Vivid Purplish Pink diamond
Lot 3: Argyle Elysian™, 1.20 carat modified cushion shaped Fancy Vivid Pink diamond
Lot 4: Argyle Verity™,1.37 carat oval shaped Fancy Vivid Purplish Pink diamond
Lot 5: Argyle Opus™, 2.01 carat round shaped Fancy Intense Pink diamond
Lot 6: Argyle Avenoir™, 1.07 carat oval shaped Fancy Red diamond
The mine, nearly four decades old, is nearing its end.
“Rio Tinto’s Argyle mine is the first and only ongoing source of rare pink diamonds in history,” said Rio Tinto Copper & Diamonds chief executive, Arnaud Soirat, in a news release.
“With the lifecycle of this extraordinary mine approaching its end, we have seen, and continue to see, unstoppable demand for these truly limited-edition diamonds and strong value appreciation.”

Red And Pink Diamonds Are Tendered By Rio Tinto


Rio Tinto displayed 64 diamonds weighing a total of 56.28 carats, all from its Argyle mine site, in the east Kimberley region of Western Australia, the mining giant said today.
The diamonds make up the 2019 Argyle Pink Diamonds Tender.
Rio Tinto highlighted six diamonds all at or under 2.01 carats:
Argyle red diamond
Argyle red diamond
Lot 1: Argyle Enigma™,1.75 carat modified radiant Fancy Red diamond
Lot 2: Argyle Amari™, 1.48 carat heart shaped Fancy Vivid Purplish Pink diamond
Lot 3: Argyle Elysian™, 1.20 carat modified cushion shaped Fancy Vivid Pink diamond
Lot 4: Argyle Verity™,1.37 carat oval shaped Fancy Vivid Purplish Pink diamond
Lot 5: Argyle Opus™, 2.01 carat round shaped Fancy Intense Pink diamond
Lot 6: Argyle Avenoir™, 1.07 carat oval shaped Fancy Red diamond
The mine, nearly four decades old, is nearing its end.
“Rio Tinto’s Argyle mine is the first and only ongoing source of rare pink diamonds in history,” said Rio Tinto Copper & Diamonds chief executive, Arnaud Soirat, in a news release.
“With the lifecycle of this extraordinary mine approaching its end, we have seen, and continue to see, unstoppable demand for these truly limited-edition diamonds and strong value appreciation.”
Source: DCLA

Red And Pink Diamonds Are Tendered By Rio Tinto


Rio Tinto displayed 64 diamonds weighing a total of 56.28 carats, all from its Argyle mine site, in the east Kimberley region of Western Australia, the mining giant said today.
The diamonds make up the 2019 Argyle Pink Diamonds Tender.
Rio Tinto highlighted six diamonds all at or under 2.01 carats:
Argyle red diamond
Argyle red diamond
Lot 1: Argyle Enigma™,1.75 carat modified radiant Fancy Red diamond
Lot 2: Argyle Amari™, 1.48 carat heart shaped Fancy Vivid Purplish Pink diamond
Lot 3: Argyle Elysian™, 1.20 carat modified cushion shaped Fancy Vivid Pink diamond
Lot 4: Argyle Verity™,1.37 carat oval shaped Fancy Vivid Purplish Pink diamond
Lot 5: Argyle Opus™, 2.01 carat round shaped Fancy Intense Pink diamond
Lot 6: Argyle Avenoir™, 1.07 carat oval shaped Fancy Red diamond
The mine, nearly four decades old, is nearing its end.
“Rio Tinto’s Argyle mine is the first and only ongoing source of rare pink diamonds in history,” said Rio Tinto Copper & Diamonds chief executive, Arnaud Soirat, in a news release.
“With the lifecycle of this extraordinary mine approaching its end, we have seen, and continue to see, unstoppable demand for these truly limited-edition diamonds and strong value appreciation.”
Source: DCLA

Thursday, 11 July 2019

Will Gemologists Survive Automation?


Amid the tech boom that is shaping the diamond industry, a growing number of companies are challenging the grading laboratories, arguing that assessing the 4Cs should not be a subjective science.
“Five to 10 years from now, diamond grading won’t be done by gemologists,” claimed Haim Volner, the owner of Shirtal Diamonds, whose subsidiary Shirtal DiaCam is developing an automated solution for grading. “With the progress of artificial intelligence [AI] and deep learning, computers will do the job.”
DiaCam has teamed up with Matrix, an Israel-based software-services provider, to analyze the images of diamonds taken by the DiaCam360 system — a technology that enables a 360-degree view of the diamond.
Tapping its database of “hundreds of thousands” of images allows the platform to learn how to grade the stones, Volner explained in a recent interview at the JCK Las Vegas show.
When compared to the results of grading by the Gemological Institute of America (GIA), DiaCam360 showed 90% accuracy in assessing the color of the stone. DiaCam is confident it can raise that to more than 95% by making minor adjustments from that initial trial, noted Lior Hirsh, DiaCam’s chief operating officer, who is credited with developing the concept.
The company is conducting similar analysis to determine clarity through its deep-learning techniques. It is looking for strategic investors to help market the service and take the project to the next stage.
You need both
Others are also tackling automation in grading, acknowledging that color and clarity provide the biggest hurdles since cut, shape and carat weight have more standardized measured.
Sarine Technologies has developed machines that can determine the color and clarity of a diamond, based on its concept of “repeatability and accuracy” from the analysis of tens of thousands of stones, the company has explained.
Meanwhile, both De Beers and the GIA stressed that it is important to complement the use of technology with the skills and analysis of their grading experts.
“While we have equipment with the ability to automatically grade color, clarity and carat, it is important to remember that every natural diamond is unique and therefore there will always be some stones that require greater analysis by a grading specialist,” explained Jonathan Kendall, president of De Beers Group Institute of Diamonds, which oversees the company’s grading activity. “These specialists are not only vital for grading certain stones, but also for developing equipment that is highly accurate.”
Similarly, the standards set out in the GIA International Diamond Grading System are best applied using a combination of instrumentation and experienced diamond graders who apply those standards daily, stressed Tom Moses, the GIA’s executive vice president and chief laboratory and research officer.
The GIA applies its capabilities to automate grading in other areas. For example, its melee analysis service automatically separates natural melee from potential lab-grown diamonds and simulants, and sorts the natural diamonds by color, the lab explained. Last year, the GIA began a collaboration with IBM to test an application of the tech-giant’s software using AI to predict clarity grades.
Volner differentiates DiaCam, as the company has no ambition to be a lab. Rather, he envisages labs using the technology to provide accurate and more consistent grading results than a gemologist, “who is prone to human error.” It can also be used by manufacturers, dealers or jewelers to produce fast and cost-effective evaluation of the diamond that is compatible with a grading report, the company suggested.
“The idea is not necessarily to replace the labs,” Volner explained. “But [the technology] gives companies access to a gemologist in a machine. Such automation eliminates human error, saves time and money, and improves efficiency.”
Image: Grading experts at a De Beers Group Institute of Diamonds facility. (De Beers)
Source: DCLA

Tiffany Buys Back Titanic Watch for Record $1.97m

Tiffany & Co paid a record $1.97m for a gold pocket watch it made in 1912, and which was gifted to the captain of a ship that rescued mo...