Other Minerals

Graphite Silicon Carbide Crucible For high-temperature industrial processes requiring reliability and performance, Mingte's graphite silicon carbide crucibles deliver unmatched durability and efficiency. Engineered for demanding applications in metallurgy, foundry, and semiconductor industries, our crucibles combine advanced materials with precision manufacturing. Product Overview Graphite silicon carbide crucibles are essential for smelting, casting, and high-purity material processing. Designed for industries like: Metallurgy: Smelting non-ferrous metals (aluminum, copper, magnesium) with superior thermal conductivity. Foundries: Ensuring energy-efficient, high-precision casting. Semiconductors: Critical for silicon crystal growth due to purity and thermal stability. Advantages: ✔ High-Tempera , ture Resilience: Operates continuously at extreme heat. ✔ Anti-Oxidation: Silicon carbide forms a protective SiO₂ layer. ✔ Chemical Resistance: Ideal for corrosive environments. ✔ Energy Efficiency: Graphite’s conductivity reduces smelting time. ✔ Cost-Effective: Long service life lowers replacement costs. Applications Metal Smelting: Optimal for aluminum, copper, and alloy production. Precision Casting: Minimizes defects in automotive/aerospace components. Semiconductor Manufacturing: Ensures contamination-free silicon processing. Why Choose Mingte? Industry Expertise: Decades of refractory solutions for global clients. Certified Quality: Rigorous testing for consistency and safety. Custom Solutions: Tailored crucible designs for specific needs. Competitive Pricing: Wholesale options for bulk orders. Request a Quote Contact Mingte today to discuss your graphite silicon carbide crucible requirements. Our team provides: Detailed technical guidance. Volume discounts for large-scale procurement. Fast shipping and logistics support. More: https://www.ceramaterial-mt.com/products.html

Corundum Mullite Saggers for Lithium Battery Materials High-Temperature, Chemically Resistant Saggers for Lithium Battery Production Product Overview Corundum mullite saggers are high-performance refractory containers designed for lithium battery cathode and anode material sintering in high-temperature furnaces. Made from a high-purity corundum-mullite composite, these saggers provide: Exceptional thermal stability up to 1650°C High resistance to chemical attack from lithium salts and fluxes Long-term mechanical strength under repeated loading and thermal cycling Compatibility with continuous and batch kilns used in battery material production Our saggers help manufacturers achieve uniform material quality, minimal contamination, and extended furnace campaigns. Quality & Certification ISO 9001 certified manufacturing process Strict dimensional and thermal performance inspections High-purity material verified to industrial standards Proven performance in lithium battery and high-temperature sintering operations Technical Performance Highlights Thermal Stability: Maintains structural integrity under repeated heating cycles Mechanical Strength: Supports heavy loads without cracking or deformation Chemical Resistance: Inert to lithium salts, fluxes, and reactive oxides Longevity: Designed for long-term, repeated use, minimizing replacement frequency Contact Mingte today for custom, OEM, and one-stop corundum mullite saggers for lithium battery production. Ensure your sintering process achieves consistent quality, high yield, and operational efficiency with our precision-engineered, high-temperature resistant saggers. More: https://www.ceramaterial-mt.com/products.html

Quartz Crucible for High-Temperature Furnace High-Temperature Resistant, Durable, and Customizable Quartz Crucibles for Industrial Applications Product Overview Quartz crucibles are precision-engineered containers used to hold materials in high-temperature industrial furnaces. Made from high-purity fused silica, quartz crucibles are ideal for applications where chemical inertness, thermal stability, and dimensional accuracy are critical. Our quartz crucibles are designed for: Extreme temperatures up to 1650°C–1750°C Resistance to thermal shock and repeated heating cycles Safe containment of molten metals, ceramics, glass melts, and specialty materials Compatibility with continuous and batch furnaces Customization & OEM Solutions We understand that every furnace and process is different. Our quartz crucibles can be fully customized: Custom Sizes & Shapes → Adapt to specific furnace dimensions or product geometry Material Composition Adjustments → For ultra-low thermal expansion or specialized purity levels OEM Branding → Crucibles can be produced with client specifications and labels Batch & Continuous Supply → Support small prototype runs or large-scale industrial production Customer Benefits: One-stop solution for crucible procurement Reduce downtime due to misfit or premature failure Reliable and repeatable performance across batches Quality & Certification ISO 9001 certified manufacturing process Stringent quality checks for dimensional accuracy and thermal performance Material purity tests to ensure compliance with industrial standards Long-term reliability verified in real furnace operations Technical Performance Highlights Thermal Stability: Maintains shape and strength under high-temperature cycling Mechanical Strength: Handles handling, stacking, and furnace movement without cracking Chemical Resistance: Inert to molten metals, acids, and fluxes Longevity: Designed for extended service life, reducing replacement frequency Cost & Procurement Advantages Cost-Effective: Longer service life reduces frequent replacement costs Reliable Supply: Large inventory and flexible production schedules After-Sales Support: Technical consultation, installation guidance, and emergency orders Proven Performance: Used by metal, glass, ceramic, and chemical manufacturers worldwide Contact Mingte today for custom, OEM, and one-stop quartz crucibles for high- temperature furnaces. Ensure your high-temperature processes are efficient, safe, and reliable with our precision-engineered, high-purity quartz crucibles. More: https://www.ceramaterial-mt.com/products.html

Customization - Mercury Purity: 99.99% minimum weight. - free of heavy metals - Packing a steel roller (34.5) kg net weight or 1 kg bottle - Physical Status: Liquid - Look : Silver - odor : odorless - PH : Not Available . - Steam pressure: 0.002 mm mercury + 25 degrees Celsius - Steam density: 7.0 - Evaporation Rate: Not Available. - Dress: 15.5 ml P + 25 holes EGP - Boiling point: 356.72 holes E - Freezing / cooling degree: -38.87 holes EGP - temperature of dissolution: not available. - Melting: Unmelubble. - Typical weight / density: 13.59 (water = 1) - The Partial Formula: Merchant - Partial weight : 200.59 Packing and packaging: net metal packets each weight 34.5 kg packed in metal sheets With 34.5 kg in each paper, packed in wooden boxes with 8 bottles inside Every box. Quantity:784 bottle in 20ft container Call +16264277092 WhatsApp link https://wa.me/16264277092

Minimum Order: 35

Product Specifications of Our Brown Liquid Mercury Purity: 99.99% by minimum weight Physical state: Liquid Appearance: Bright Prated Odor: Odorless Molecular formula: Hg Density: 13.59 (water = 1) Packaging: Sealed bottle of 34.5 kg in a wooden box Applications of Brown Liquid Mercury Brown Liquid Mercury plays a vital role in various industries: Gold mining: Used for extraction and recovery of fine gold particles Laboratories: Essential reagent for chemical analyzes and experiments Industrial use: Key component in thermometers, barometers and electrical switches Manufacturing: Used in the production of special equipment and scientific instruments Insurance handling and delivery As a responsible supplier, Chemical Drop Shop guarantees that all deliveries of chemical products, including Purple Liquid Mercury, This is in compliance with international transport standards. We offer discreet packaging and reliable delivery services to ensure safe and timely delivery. Learn more about our safe transportation for the whole world and how we deal with chemical safety. How to buy purified liquid mercury online Placing an order at Chemical Drop Shop is simple and safe: Visit our page for purified liquid mercury products. Select the desired amount and add to the carrinho. Conclude the purchase process with secure payment options, including bank transfer, Bitcoin and much more. Receive a pro-forma invoice to confirm payment. Accompany your order with our trusted delivery partners. For orders in large quantities or personalized packaging, please contact our sales team directly through the "Fale Conosco" page to obtain personalized assistance. Frequently asked questions (FAQ) Q1: Can I buy purified liquid mercury online at Chemical Drop Shop? A1: Yes, we offer online purchasing options with international shipping for purified liquid mercury. All orders are securely packed and in compliance with international regulations. Q2: What is the purity of purified liquid mercury? A2: Our purified liquid mercury has a purity of 99.99%, which makes it suitable for sensitive industrial and laboratory applications. Q3: Is frozen mercury safe to handle and ship? A3: Absolutely. We follow rigorous security protocols and use discreet packaging to ensure safe handling and shipping. Q4: How long does it take to deliver? A4: Delivery times vary depending on location, but generally between 3 and 7 business days. We provide tracking numbers to keep you informed. P5: Voices fornecem others

Minimum Order: 35

Magnesia Carbon Brick: Magnesia Carbon Bricks are made of fused magnesia clinkers of high purity, and high quality graphite. With superior corrosion resistance against basic slag and high thermal spalling resistance against rapid beating and cooling, the magnesia- carbon bricks are highly regarded in world markets as internal materials in steel converts, electric arc furnace and ladles. we can supply Magnesia Carbon Bricks for EAF, LADLE, CONVERTERT. if you are interested so please feel free and send inquiry to us for more details. Our Main Products: Magnesite, Dead Burned Magnesia, Fused Magnesia, Caustic calcined Magnesia, Light burnt magnesia Ball,Refractory Bricks, Monolithic Refractories, Refractory Ramming Mix, Refractory Castable etc. These products are widely used in high-temperature equipment such as blast furnaces, electric furnaces, converters, ladles, tundishes, industrial furnaces in the metallurgical industry, non-ferrous metal smelting fields, as well as glass kilns and cement kilns in the building materials industry.

Minimum Order: 20 square metres

Combined with reinforced fiberes, like glassfiber or ceramic fibers, Nano Aerogel sheet covered with PET foil is ideal for battery thermal management. Now they are mainly used to be the battery cell-to-cell thermal barriers for the purpose of fire prevention and heat insulation caused by thermal runaway of battery cells in new energy vehicle battery packs. The thickness and size of the aerogel thermal barrier core sheets can be customized. Extremely low thermal conductivity: 0.013~0.021W/mK Super thin thickness: 0.5mm~5mm Flame retardant: V0 (UL94) Environmentally friendly ROHS (2011/65EU)

Aerogel powder, a low density, high specific surface, high adsorption aerogel material with high purity and surface activity, has been used in building insulation, industrial insulation, polymer materials, aerospace and daily chemicals industries. High-performance Aerogel Powder Applications: Building or industrial thermal insulation coatings filling Thermal insulation boards and felt filling Fire-proofing coatings additives Pasteboard fillers Variable thermal insulation materials additives

Aerogel fabric is a kind of rubber-plastic insulation material that fixes aerogel particles in the net structure through foaming. Through continuous testing and improvement, the company has solved the pain points of the first generation of aerogel composite materials falling off powder, so as to realize the excellent performance of aerogel fabrics such as non-powdering, softness and washability, so that aerogels can also be applied to textile fabrics. industry. The successful development of NANO aerogel fabrics has enabled the advanced materials originally used in the aerospace field to have a larger application field. At present, Nano Technology has successfully applied aerogel fabrics to composite fabrics, garments, tents, sleeping bags, heat insulation pads, insoles and other civilian products, opening up a broader application prospect of aerogel materials.

The Aerogel coating is made of preferred SiO2 silica aerogel powder and silica microspheres with different diameters of microspheres filling each other to achieve thermal insulation effect. The aerogel thermal insulation coating is prepared by special synthesis process. On the surface of the coated object to form a layer of dense thermal insulation layer, can effectively block the sunlight thermal radiation and external noise into the room and the conduction of thermal radiation in the air, reduce the internal and external heat exchange of the coated object. NANO Aerogel Coating Applications: Interior and exterior walls of buildings For all types of roofing Industrial storage tanks Other scenarios requiring thermal insulation and heat preservation

FMA650 Aerogel Blanket is a high performance insulation blanket composed of silica aerogel, which is the lowest thermal conductor in the world, and of glass fiber needled blanket, suitable for the industrial applications with a Temperature range between -50 ℃ to +650 ℃ and for oil and gas sector and LNG application. Aerogel Blanket Burning Level: Class A Thickness: 3/6/10mm Width: 1500mm Volumetric Water Absorption: ≤1% Compression Rebound Rate: ≥90% Hydrophobic Rate: ≥99% Vibration Mass Loss Rate: ≤1% https://www.nanoaerogeltech.com/

Basic Info. Model NO.: MgO Classification: Metallurgical Magnesite Production Process: Sintering Process Shape: Ball Origin: China HS Code: 2519909990 Product Description Cinder Ball ( Caustic Calcined magnesite)Caustic Calcined Magnesite Briquette MGO: 50-70% SiO2: 4-8% CaO: 3-6% L. O. I.: 30%Max Size: 20mm, 40mm, 60mm 90%Min Quantity: 5000-8000mts / month PACKING: 1MT /BAG or as your requirement. Magnesite Carbon Ball MGO: 50-55% CaO: 3-6% C: 5-10% Remarks: Proprotion of Magnesium and Carbon should be adjusted Size: 20mm, 40mm, 60mm 90%Min Quantity: 5000-8000mts / month

Minimum Order: 20 square metres

Introducing LECA Expanded Clay Pebbles – the perfect solution for your gardening and agricultural needs! Available in sizes of 4-8mm and 8-12mm, these brown, lightweight, and reusable pebbles are ideal for garden planter decoration and various garden work. With packaging options of 5L, 10L, and 40L, they cater to your specific requirements. Product Details for LECA Expanded Clay Pebbles Product Name: LECA Pebbles Model Numbers: Leca Pebbles 4-8mm, 8-12mm Color: Brown Size: Inquire with Customer Service Application: Garden Planter Decoration, Garden Work, Agriculture Feature: Light Weight, Reusable Packaging Details: 5L, 10L, 40L Key Applications: LECA Pebbles are well-suited for various applications including: Garden Planter Decoration: Their aesthetic appeal makes them a popular choice for decorative arrangements in gardens or indoor planters. They can be scattered on top of the soil to create a polished look while still performing practical functions. Garden Work: As a gardening aid, LECA Pebbles help improve soil structure, promote aeration, and enhance drainage capabilities. They can reduce soil compaction and help prevent root rot caused by overly wet conditions. Agriculture: In more extensive applications, LECA Pebbles can be utilized in hydroponic systems and as a substrate for growing plants in soil-less environments. Their lightweight nature makes them easy to handle, transport, and incorporate into various systems.

Product Name: 1-3mm Expanded Perlite Basic Product Information: Item Size: 1-3mm Density: 80-100 kg/m³ Packing: 100-liter PP bags Color: White Chemical Composition: Silicon Dioxide (SiO2): 70-75% Magnesium Oxide (MgO): 0.2-0.5% Aluminum Oxide (Al2O3): 12-16% Iron Oxide (Fe2O3): 0.5-0.15% Calcium Oxide (CaO): 0.1-2% Sodium Oxide (Na2O): 2.5-5% Potassium Oxide (K2O): 1-4% Expanded perlite is a highly versatile material derived from natural volcanic glass that has been subjected to extreme heat. Upon heating to around 1,600 degrees Fahrenheit (870 degrees Celsius), the perlite expands into small, white, lightweight particles. The resulting structure is characterized by a combination of low density, high surface area, and unique physical properties, making expanded perlite an ideal choice for various applications in numerous industries. The specific 1-3 mm size range offers specific benefits that enhance its usability and effectiveness in various scenarios.