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Peter Wright Expects to Win Premier League After World Title Win

Peter Wright has set his Premier League aspirations high after becoming world champion.

The Scot sealed his first world title in January, defeating Michael van Gerwen in the final. Wright immediately went on to win the Masters, before opening his Premier League campaign with a defeat against van Gerwen. Wright suggested that his new standing brings new expectations.

"Yes, I think so,” Wright responded to Tungsten Tales when asked if Premier League life would be different after his Alexandra Palace success.

"I’m going to be announced as the world champion every time I step out in the Premier League. It’s going to sound amazing.

"I’m expecting to win it. Hopefully I don’t let Cemented Carbide Tips myself down.”

Wright has struggled in the Premier League recently, finishing seventh and eighth in the past two Cemented Tungsten Carbide seasons. But a switch to a reliable set of darts helped pave the way to his World Championship success, and Snakebite suggested that they’d be his chosen arrows for the long haul.

"I’m happy with my darts – which is unusual for me to say! I’m looking forward to sticking with a set of darts for a couple of weeks.

"I’ve not even picked up another dart for a few weeks.”

When quizzed on his preparedness for life as the world champion, Wright demonstrated the self-assuredness that has lifted him back to second in the PDC Order of Merit.

"I know it’s always going to be busy…because you’re world champion. I already said to myself: ‘Are you prepared for that?’ And yes, Cemented Carbide Cutting Tool I am.”

Tungsten Concentrate and Powder Prices Remain Stable in China

Analysis of latest tungsten market from Chinatungsten Online

Tungsten concentrate and powder prices maintain stability on heavy wait-and-see atmosphere in the Chinese market. Most raw material manufacturers start to stop production to undergo repair and are reluctant to sell at low prices. The market outlook remains unclear for both sellers and buyers, so tungsten market will keep weak with limited trading volumes.

In the tungsten concentrate market, the supply of spot goods is tight as mines remain low operating rate under environmental protection policy. Sellers have strong rised mentality while downstream factories affected by weak demand control ground tungsten carbide rods the quantity of replenishments. So rare transactions are concluded, although market trading becomes active. Tungsten concentrate prices stabilize at $14,615.4/t. 

Smelting factories still take a watchful stance because product profits are squeezed by the cost and demand sides. With the approaching of Spring Festival, ammonium metatungstate (APT) manufacturers are cautious to produce products. APT prices hover around $260.8/mtu.

Raw material manufacturers sell their products at a relatively low level, but downstream factories remain low buying interest and thus tungsten powder manufacturers worry about the late market. In the short term, the market will wait for the next move in the raw material market.

Prices of tungsten zhuzhou cemented carbide products on Jan. 17, 2019

Picture of blue tungsten oxide 

Follow tungsten carbide rods our WeChat to know the latest tungsten price, information and market analysis.

Progress of Lithium Isotope Geochemistry in Subduction Zone

The University of Science and Technology of China has made significant progress in the study of l lithium isotope geochemistry in the subduction zone. The subduction zone is the main area where geological disasters such as volcanic activity, earthquakes, and tsunamis occur, and is closely related to the evolution of the earth and human life. Subduction zones involve many complex geological processes, including the release of slab-derived fluids, fluid/rock interactions, partial melting, isotopic fractionations, elemental transporting, and crust/mantle interactions.

The continental or oceanic crust rocks are deeply subducted into the deep part of the earth, undergoing high-temperature and high-pressure metamorphism to form eclogites, at the same time, the fluids precipitated from the subducting plate replace the mantle wedge and cause partial melting to form island arc volcanic rocks. These two types of rocks record important information about the geological evolution of subducted slabs and the cemented carbide interaction between crust and mantle in the subduction zone.

Lithium is one of the most basic elements when the "Big Bang" forms the universe, and it is also the lightest metal element. It is widely used in human society in battery energy storage, metallurgy, medicine, glass ceramics, aerospace, and nuclear energy. The average Li content in the earth's crust is only 0.0065%, and it is widely present in various rock minerals and geological melts in the form of trace elements in nature.

Lithium isotopes (6Li and 7Li) have relative mass difference up to 16%, being the largest among metal elements. Thus, Li isotopes have an advantage to interpret trace various geological processes. Most importantly, during crust/mantle interactions in deep Yg6 Carbide Tips subduction zones, surface materials and mantle rocks usually have distinct Li isotopic compositions.

Li isotopes can be a potential tracer for subduction processes, from the onset of subduction to the release of Li from subducted slabs and interaction with mantle wedge, as well as the fate of Li in slab-derived fluids and residual slabs. Moreover, the Li isotopic composition of subducting output materials can provide useful information for understanding global Li circulation.

With developments in measurement and expansion of the Li isotopic database, Li isotopic geochemistry will provide more inference and be a powerful tracer for understanding subduction-related processes. This work retrospected the application of Li isotopes in tracing successive subduction processes and made some prospects for further studies of Li isotopes.

Recently, the team of Professor Yilin Xiao of the University of Science and Technology of China selected the eclogite formed by subducted and altered oceanic crust in Tibet, and the island arc volcanic rocks of the Kamchatka Peninsula in the Russian Far East, and carried out a detailed system of subduction zone related processes.

Comprehensive research on lithium isotopes and other geochemical aspects provide important evidence for the use of Li isotopes to track the geological processes of subduction zones and to understand the plate tectonic process to reveal the lithium isotope geochemical behavior in the process of water-rock interaction in subduction zones. Related research results were published in Geochimica et Cosmochimica Acta and Journal of Geophysical Research-Solid Earth.

The research reveals the Li isotope characteristics and geochemical behavior of the subducted low-temperature altered oceanic crust and proves that the Li isotope system in the subduction zone is mainly controlled by the metamorphic dehydration and reentry fluid metasomatic processes, but it may also be affected by the subducted metamorphic sedimentary rocks. These understandings provide new ideas for understanding the characteristics of lithium isotopes in eclogites and the geochemistry of lithium isotope in subduction zones.

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