Baking Soda vs Borax For Cleaning
Baking Soda and Borax are two of the most popular household cleaning products. They both are naturally-occurring salts with many other similarities. So which one is better? And what's the difference?
Jul 23, 2022
Chemistry
Electrification: The Key to a Connected World
Electrification is the process of using electricity to power something. It is essential for power systems for devices and technologies that we rely on every day. As our world becomes more interconnected, electrification will become increasingly important and Boron has a role to play.
Introduction to Borane Dimethyl Sulfide
Borane Dimethyl sulfide Borane dimethyl sulfide (BMS) is a versatile and powerful borane reagent used for hydroboration and reduction reactions. It has a higher solubility and greater stability than other borane reagents such as borane-tetrahydrofuran.
Trimethyl Borate
Trimethyl borate is a chemical compound with the formula B(OCH3)3. It's a colorless, flammable liquid widely used as an organic synthesis reagent and a polymer solvent.
Diborane: Chemical for Organic Synthesis
Diborane is a colorless, toxic, highly flammable gas with a faintly sweet odor. Also, diborane is used in organic synthesis as a Lewis acid.
Global High Purity Boron Market
The global high purity boron market will experience strong growth in the coming years. This is mainly due to the increasing demand for boron-based products.
Wurtzite Boron Nitride
Wurtzite boron nitride (w-BN) is the wurtzite form of boron nitride. It is in use recently as a super abrasive material and also to assist in detonation scenarios. Wurtzite BN is the next step in the evolution of boron nitride, after the well-known cubic BN and graphite.
Boron Tribromide: A Reagent In Organic Synthesis
Boron tribromide, BBr3, is a colorless liquid with a pungent odor. It is one of the essential boron hydrides and a versatile reagent in organic synthesis.
An Introduction To Optibor Boric Acids
Optibor boric acids are pure, multi-functional boric oxide sources. They are the most common industrial borate and are available in granular or powder form.
Boriding: the Process of Surface Hardening
Boriding is the process of adding boron to a metal or alloy. It is a thermochemical surface hardening method used on various ferrous, non-ferrous, and ceramic materials.
Electroanalysis: What It Is and How It Works
Electroanalysis determines the analyte concentration in a sample. As boron can oxidize other substances in solution, an excellent candidate for electroanalysis.
Borohydrides: Reducing Agents in Organic Synthesis
Borohydrides as reducing agents are essential compounds in organic and inorganic chemistry. Essential borohydrides are lithium borohydride and sodium borohydride.
LiFePO4 Batteries (LFP): The Future of Vehicles
Tesla announced LiFePO4 batteries as the new transition in all standard vehicles. But what exactly are they? Are they better than Li-Ion batteries?
Podcast – Can Borophene Replace Graphene?
In today's podcast, we’re going to look at borophene, a relatively new compound of boron, which is an innovative 2D monoatomic material that can rival graphene in terms of strength and flexibility. And it’s also cheaper to produce and has a better conductor.
Boron Chemistry
Boron has interesting chemistry with varying properties. It is a semimetal that belongs to group 13 and is essential to plant growth and wide industrial uses.
An Introduction to Lithium Borate
Lithium Borate salts is being studied for use in lithium-ion batteries given its excellent thermal stability, environmental friendliness and cost-effectiveness. Lithium Borate is an essential chemical compound in many fields. It has a polymeric borate backbone structure.
The Rise of Lithium Hydroxide
Lithium and lithium hydroxide are essential ingredients in modern batteries. They have growing uses as people rely more on battery power.
Overview of Boron Phosphide
Boron Phosphide is a chemical compound of boron and phosphorus. It is a semiconductor with high thermal and chemical stability, useful in high-power applications. Van der Waals heterostructures (vdW) are promising structures for future optoelectronic devices. Recent studies on vdW heterostructures investigated the electronic and optical properties of boron phosphide heterostructures in the framework of density functional theory (DFT) and tight-binding (TB) approximations.
Sodium Percarbonate: Oxidizing Agent For Organoboranes
Sodium Percarbonate is a powerful oxidizing agent, converts organoboranes into alcohol. It is widely available and easy to handle reagent with excellent yields.
Can Borophene Compete with Graphene?
Borophene is an innovative new 2D mono-atomic material that can rival Graphene in terms of strength and flexibility. Also cheaper to produce and is a better conductor. Borophene is categorized as the best alternative that goes beyond the benefits and quality Graphene provides.
Boron: New Suppliers Ramp up for Production
Boron, number 5 on the periodic table, finds its essential role in decarbonization and electric vehicles. It also plays a vital role in reaching safer climate targets.
Using Borax Safely for Cleaning
Borax is used in cleaning products because it helps remove dirt and grime. But we need to handle it carefully or it can be dangerous if ingested by children. Borax is a white powdery substance that is also known as sodium tetraborate. Although sodium tetraborate is a salt of boric acid, it is not an acid, it’s a salt.
Boron Arsenide: Thermal Conductive Material
Boron Arsenide is a semiconductor material with the highest thermal conductivity. It has great potential for use in cooling electronic components having excellent electronic and thermoelectric properties.
Boron Doped Nanodiamonds For Photocatalysis
Boron-doped nanodiamonds (BNDs) are a special type of diamond that has been modified with borons. They have been shown to enhance photocatalytic activation and thus increase their potential use in various fields.
Boron Trichloride
Boron trichloride is an inorganic compound with the formula BCl3. It is a colorless gas, which is highly reactive to water. Common uses for Boron Trichloride are in organic synthesis. Boron Trichloride does have several negative health effects so it needs to be handled with care.
How Toxic is Boron?
How toxic is Boron? Despite its low toxicity, boron can still be dangerous to humans if consumed in large amounts. It is well-known that excess boron can also affect plant growth and reproduction. In fact, toxicity of boron is considered one of the major causes of reduced crop production. In plants, high concentrations of boron can retard vegetative growth and decrease seed set.
Country Profile of Russia
Country Profile of Russia: Russia is the fourth-largest supplier of borates to global markets, which present about 12% of the global total, with boric acid as the main export. The current Russia, Ukraine conflict is not having a noticeable impact on supply and production in the short term for borates supply. Still, Putin is considering sanctions on a wide range of minerals and finished products for export.
Boranes and Borane Clusters
Boranes and Borane Clusters Borane is a homologous sequence consisting of inorganic boron-hydrogen compounds and their derivatives. A class of synthetic boron hydrides is commonly called boranes. Their general formula is BxHy.
Boron Carbide
Boron Carbide crystal formation is formed as linear rods consisting of three carbon atoms and twelve boron atoms arranged in a dodecahedral pattern. The material has a chemical formula of "B4C." Its hardness (Mohs scale 9.3) makes it suitable for use as an abrasive. Various applications such as cutting tools also benefit from their high density.
Boron in Fireworks
Fireworks and pyrotechnics are used frequently in festivals and celebrations, as well as in military operations and military training. Barium is the chemical that gives off a green light in fireworks, but it is toxic. This can be resolved by substituting barium nitrate with Boron carbide. Boron carbide ticks all the boxes in pyrotechnics with its long burn times and high luminous intensity. There are a few concerns in terms of toxicity and environmental data to adopting it. Moreover, Boron carbide is cheaper than barium nitrate and is in plentiful supply.
Boron Suzuki Coupling
Boron chemistry has become one of the most versatile and valuable fields in organic catalysis and synthesis. Numerous useful reactions like hydroborylations or Suzuki-Miyaura cross-couplings - Boron suzuki coupling -are now indispensable to the synthetic toolbox of both academia and industry researchers. The development of C(sp3)-Boron reagents and subsequent metal-catalyzed cross-couplings serves to accelerate innovative applications of otherwise challenging organic adducts across multiple areas.Â
Boron Lewis Dot Structure
Lewis dot structure is the structure of an element or molecule, and total valence electrons are as dots to represent the bond pairs and lone pairs. Boron electronic configuration counts as 2,3, its atomic number 5. Hence, it has three electrons in the valence shell.
Boron in Beer
Boron can be found in beer production and in beer itself. Borax and Boron are extensively used to clean equipment in production. Now researcher have found that boron can be used to produce ammonium more efficiently.
Boron Allotropes and Forms
Boron Allotropes take several forms and account for boron's presence in multiple natural and man-made products. Allotropes are different structural forms of an element. Boron has more that 14 allotropes have been reported.
Boron Minerals
Boron minerals are found in the Earth's crust; its various forms come from different geological structures, such as pegmatite and metamorphic rocks. The most common boron minerals include Tincal, Tincalconite, Colemanite, Kernite, Ulexite, Pandermite, Boracite, Hydroboracite, Inderite, Ascharite, Datolite, Sassolite, Meyerhofferite, Inyoite, and Probertite.
Boron Trifluoride
Boron trifluoride is capable of forming complexes with dimethyl, such as boron-trifluoride–dimethyl ether. These complexes are typically formed to allow for the easy handling of boron trifluoride. Boron trifluoride might also form complexes when combined with water, phenol or phosphoric acids, piperidines, dimethylanilines, methanol, and diethyl ether.
Boric Acid 101
Boric acid, also known as boracic acid or orthoboric acid, is a naturally occurring compound containing the elements boron, oxygen, and hydrogen (H3BO3). Boric acid crystals are white, odorless, and nearly tasteless. It looks like fine table salt in the granular form or like baby powder in the powdered form.
Boron Oxide
Boron combines with oxygen to form Boron oxide. Boron oxide appears as colourless, semi-transparent glassy lumps or hard white, odourless crystals. Moderately soluble in water, it is the base material for the synthesis of other boron compounds, as a fluxing agent in enamels and glasses, and as a bonding agent in the hot isostatic pressing of boron nitride ceramics. Boron being a metalloid, forms amphoteric oxides; Diboron trioxide, (B2O3 ) being the most common oxide of Boron.Â
Boronic Acid
Boronic Acid, or acids, works as Lewis acids, and they form reversible covalent complexes with sugars, amino acids, hydroxamic acids, and others. It is considered a unique feature of the acid group. They are extensively used in organic chemistry in the form of chemical building blocks.
Borates
Borates are minerals that naturally occur and contain boron, the fifth of the Periodic Table’s elements. Water, soil, and rock all contain trace amounts. They are vital for the growth of plants. Borates play a vital role in the manufacture of everything from ceramics to insecticides. You can find them naturally in the environment and they even occur naturally in our bodies.
Boron
What is Boron? Boron is a chemical element with symbol B and atomic number. The name derives from the Arabic buraq for "white." It was discovered or 'isolated' in 1808 by the French chemists Louis-Joseph Gay-Lussac and Louis-Jacques Thenard, who isolated boron by combining boric acid (H3BO3) with potassium.
Boron in Bioimaging
Boron in Bioimaging: Bioimaging applications for boron dyes are manifold. Studies show that various boron-centered chemical modification compounds - , 4,4-difluoro-4-bora-3a,4a-diaza-s-indacene - use detection reagents which absorb light energy, altering optical and bioimaging properties for ease of analysis and interpretation.
Boron Thermal Properties
The thermal properties of Boron are influenced by temperature and radiation. The trigonal structure of Boron is described by the unit cell. Lattice Angles are the positions of the atoms within the unit cell. Its molecular weight determines the atomic positions of a substance. The molecular weight of a material is related to its temperature properties. This means that Boron has a high heat capacity.
Boron and Lithium the dynamic duo
Boron is often a great substitute for lithium. It has many industrial applications as compared to Lithium. It is an element that has many similarities to lithium, but also some key differences. Boron can be found in the earth’s crust and it exists naturally as boric acid. The two elements have similar properties such as melting points, boiling points, and lengths of atomic chains. They both react with water to form hydrogen gas, which makes them useful for hydrogen fuel cells.
Introduction to Boron and Borates
The role of Boron has become much more strategic. Boron is now at the heart of tackling global warming, decarbonization, food security among other uses and applications. Borates Today has an initiative to bring awareness of Boron to the forefront of our thinking: We have only one planet. Resources are finite, and it is our joint responsibility to take action to make the world a better place for future generations.
Stable 2D Structures of Boron
Stable 2D structures of Boron: Properties and Applications It is one of the most common elements in the Earth's crust. They are in the study for decades to find applications for them. With recent advances in nanotechnology, boron has gotten a new lease on life....
Baking Soda vs Borax For Cleaning
Baking Soda and Borax are two of the most popular household cleaning products. They both are naturally-occurring salts with many other similarities. So which one is better? And what's the difference?
Electrification: The Key to a Connected World
Electrification is the process of using electricity to power something. It is essential for power systems for devices and technologies that we rely on every day. As our world becomes more interconnected, electrification will become increasingly important and Boron has a role to play.
Introduction to Borane Dimethyl Sulfide
Borane Dimethyl sulfide Borane dimethyl sulfide (BMS) is a versatile and powerful borane reagent used for hydroboration and reduction reactions. It has a higher solubility and greater stability than other borane reagents such as borane-tetrahydrofuran.
Trimethyl Borate
Trimethyl borate is a chemical compound with the formula B(OCH3)3. It's a colorless, flammable liquid widely used as an organic synthesis reagent and a polymer solvent.
Diborane: Chemical for Organic Synthesis
Diborane is a colorless, toxic, highly flammable gas with a faintly sweet odor. Also, diborane is used in organic synthesis as a Lewis acid.
Global High Purity Boron Market
The global high purity boron market will experience strong growth in the coming years. This is mainly due to the increasing demand for boron-based products.
Wurtzite Boron Nitride
Wurtzite boron nitride (w-BN) is the wurtzite form of boron nitride. It is in use recently as a super abrasive material and also to assist in detonation scenarios. Wurtzite BN is the next step in the evolution of boron nitride, after the well-known cubic BN and graphite.
Boron Tribromide: A Reagent In Organic Synthesis
Boron tribromide, BBr3, is a colorless liquid with a pungent odor. It is one of the essential boron hydrides and a versatile reagent in organic synthesis.
An Introduction To Optibor Boric Acids
Optibor boric acids are pure, multi-functional boric oxide sources. They are the most common industrial borate and are available in granular or powder form.
Boriding: the Process of Surface Hardening
Boriding is the process of adding boron to a metal or alloy. It is a thermochemical surface hardening method used on various ferrous, non-ferrous, and ceramic materials.