Ball Clay: A member of kaolinite family, Ball Clay is renowned for its plasticity and green strength. They consists varying proportions of kaolinite, mica and quartz, with small amounts of organic matter and other minerals, and are commercially values because they increase the workability and strength of various ceramic bodies and have white or near white firing characteristics. Ball clay is processed to minimize the levels of coarse particles. This enhances better workability and higher strength. Applications : It forms a major part of many ceramic applications, including sanitary ware, tiles, table wares and to an increasing extent non-ceramic applications like functional fillers and advanced application for example technical ceramics.
Ball clay is a really good sandy clay that burns light to near-white. They are most commonly used to make white ceramics and are renowned for their flexibility, unfired endurance, and light fired color. A mixture of minerals, primarily kaolinite, mica, and quartz, make up ball clay. The predominant colors are white, brown, and gray. What are the specifications of Ball Clay? Specifications of Ball Clay Chemical Analysis Percentage Physical Properties Result SiO 49.00% Physical Appearance Lump AlO 35.50% Impurity Invisible FeO 0.17% Moisture Content N/A TiO 0.10% Plasticity 13 CaO 0.20% Residue 45µ (325) Max 0.3 NaO 0.70% Fired MOR (Kg/cm²) N/A What are the main uses of Ball Clay? Ball Clay is used in a variety of ways in the ceramics industry, including sanitary ware, tableware, wall and floor tiles, and glazes. In a ceramic body, it works as a binding assistant and contributes to plasticity, workability, and strength. What are other uses? Ball Clay is a high-quality, long-lasting product. It is widely used in the construction industry, horticulture, agriculture, and recreation industries, and as an extender in polymers, plastics, fertilizers, and insecticides. What are the Disadvantages of Ball Clay? Ball clay has a significant disadvantage. Because of too much shrinkage during drying and burning, they cannot be used on their own
Ball clay, or plastic clay as it is also known, is an extremely rare mineral, only found at a handful of locations around the world. It is a kaolinitic clay that commonly consists of 20 - 80% kaolinite, 10 - 25% mica, 6 - 65% quartz as well as organic matter. Ball clay is formed from the weathering and transportation by water of parent rocks which are deposited in ancient river basins from where it is extracted. Applications: - Ball clays are prized for the production of traditional ceramics such as sanitaryware, tableware, wall and floor tiles as well as for technical ceramics and electrical porcelains. Ball Clay products are immensely used in the manufacturing of Ceramics, Sanitaryware, Vitrified Tiles, Glazes and Engobes ultramarine and in various other purposes. As per requirement Custom sizes and Material of required specifications can be made in case of Bulk and Regular orders. BRIGHTNESS: - 96+ AS PER REQUIREMENT Index Compound Result 1. Silica - (SiO2) 50 - 65 % 2. Alumina - (AI2O3) 20 - 35 % 3. Iron - (Fe2O3) 0.33 - 2 % 4. Titanium - (TiO2) 0.31 - 3 % 5. Potash - (K2O) 0.19 - 2 % 6. L Value 60 - 88 %
Test Certificate Physical properties BD.1 Description 0.71 Residue % (240#) 0 Residue % (150 #) 300 TDSppm (25% aquous sol) 1.63 Density (gm/cc) No Flow Viscosity(sec ) 0.35 STPP Demand % 34 Water of Plasticity% 18.6 Dry MOR(Kg/cm2) 9.7 Shrinkage% 12.14 Loss on ignition% 266.5 Fired MOR(KgIcm2) 300 Forming Pressure(KgIcm2) 3.9 Water Absorption% Color Spectrometry ( L a b) 85.9 L* 0.86 A* 15.32 B* 68.29 Whiteness 1216/1206 Temperature C 65 Cycle mm. Chemical Analysis 51.36 SiO2% 31.2 Al2O3% 0.35 Fe2O3% 0.45 CaO% 0.15 MgO% 1.56 K2O% 0.48 Na2O% 12.9 Loss On Ignition%
Test Certificate Physical properties High Plastic Ball Clay Malaysia Origin Description 1.4 Residue % (240#) 0.85 Residue % (150 #) 61 TDSppm (25% aquous sol) 1.7 Density (gm/cc) No Flow Viscosity(sec ) 0.35 STPP Demand % 46 Water of Plasticity% 25.7 Dry MOR(Kg/cm2) 9.78 Shrinkage% 7.92 Loss on ignition% 455.8 Fired MOR(KgIcm2) 300 Forming Pressure(KgIcm2) 2.23 Water Absorption% Color Spectrometry ( L a b) 73.32 L* 2.88 A* 20.58 B* 45.55 Whiteness 1212/1217 Temperature C 48 Cycle mm. Chemical Analysis 57.9 SiO2% 28.5 Al2O3% 0.65 Fe2O3% 0.35 CaO% 0.14 MgO% 1.44 K2O% 0.06 Na2O% 10.45 Loss On Ignition%
Calcined Kaolin (Kaolinite) is an anhydrous aluminium silicate produced by heating ultrafine natural kaolin to high temperatures in a kiln. The calcination process increases whiteness and hardness, improves electrical properties, and alters the size and shape of the kaolin particles. As a leading Supplier and Exporter of Chamotte (China Clay), We ensure that our clay and Minerals are made as per the international standard and norms. Packed in high quality packaging materials, our Kaolin is offered at very cost effective prices, without compromising outstanding quality and purity.
Ball Clay is a variety of Kaolinite, like china-clay. It differs from china-clay in having high plasticity and less refractoriness. In chemical composition, ball and china clays do not differ greatly except that the former contains a larger proportion of silica. It has derived its name from the practice of removing it in the form of ball-like lumps from the clay pits in the UK. Ball clays are kaolinitic sedimentary clays that commonly consist of 20-80% kaolinite, 10-25% mica, 6-65% quartz. Localized seams in the same deposit have variations in composition, including the quantity of the major minerals, accessory minerals and carbonaceous materials such as lignite. They are fine-grained and plastic in nature, and, unlike most earthenware clays, produce a fine quality white-coloured pottery body when fired, which is the key to their popularity with potters. Ball clays are relatively scarce deposits due to the combination of geological factors needed for their formation and preservation.
Ball Clay: Powder 300 mesh. Application: Ceramic Tile, Sanitary Ware, Porcelain, Table Ware, Insulators, Ceramic Components, Pottery, Ceramic Frit, Paint, Rubber, Pigment, Adhesive Manufacturing etc.
LOI 33.1 SiO2 25.3 Al2O3 5.02 Fe2O3 2.86 CaO 19.6 MgO 10.6 SO3 0.26 K2O 0.28 Na2O 1.50 CI 0.01 TIOZ 0.21 NiO 0.02 ZnO 0.01 P2O3 0.05 Cr2O3 0.03 MnO .....
Ball clay The inherent properties of mita d2 ball clay is valued in its high plasticity , dry strength and bonding nature ect. The high plasticity facilitates shaping and finishing of ceramik bodies and high strength allows un- dried clay article to keep their shape and withstand all types of molding, shaping and conveying during manufacture. Ball clay (mita d2) Chemical analysis % Sio2 75.40 Al2o3 12.75 Fe2o3 0.97 Mgo 0.12 Cao 0.29 Na2o 1.24 K2o 4.95 Tio2 0.05 Loi 4.3 Physical analysis ( 1200 c - 40' ) % dry shrinkage 0.38 % fired shrinkage 6 % absorption 6 Dry strength 70kg/cm2 Fired strength 450kg/cm2 Bulk (-50mm)
Ball clay Powder and lumps 27.5 mt
Ball clays are kaolinitic sedimentary clays that commonly consist of 20-80% kaolinite, 10-25% mica, 6-65% quartz. Localized seams in the same deposit have variations in composition, ncluding the quantity of the major minerals, accessory minerals and carbonaceous materials such as lignite. Because of High plasticity;High unfired strength;Highly controlled rheological properties;Controlled organic content ball clay is widely use in ceramic. Chemical formula :- Al2O3. 2SiO2.2H2O.
Our mining excellence combined with high quality clay and technical know-how has led us to become an emerging leader and Asia’s most preferred suppliers in the Ball Clay market. For over three decades, Harish Clays, a unit of the diversified Golcha Associated, has been combining excellence and innovation to become a leading supplier of Ball Clay in lumps & powder form. Equipped with top-notch R & D and superior mining techniques, our teams maximize the properties of Ball Clay for a number of consumer products. We are dedicated to uphold our industry leadership and deliver high quality clay through captive mines across three mining zones in Bikaner, Rajasthan. We employ in-depth knowledge of reserves and top-of-the-line technology, to yield over 200,000 MT of Ball Clay annually. Quality of Harish Clays is ensured by a two-tier quality management system. Well equipped laboratories at grinding units as well as the central laboratory at Jaipur work in tandem to guarantee excellence. Unique features of our Clays are: High plasticity High alumina contents High MOR Controlled residue Controlled shrinkage A good white fired color Excellent workability Favorable drying and firing behavior
Uses: Sorted High Plasticity White Ball Clay Typically Used In Vitrified Tiles, Ceramic Bodies, Sanitary Ware. Form: Lumps. Packing: Loose And 1000kg Bags Size: As Per Demand. Specifications: As Required By The Buyer
Ball clay is a mineral which is rare and found only in few places around the globe. It is used for manufacturing ceramic products like ceramic tiles, sanitary ware, table-ware, ceramic porcelain, etc. We offer more than 30 varieties of ball clay to cater each of your demand and supply what best suited to your product. We regulate a through quality control process and timely quality check procedure through a chain of quality control supervisors and sampling from random batches in our in-house lab, which helps us to provide our customer with the best possible quality. The properties of our ball clay include: High plasticity Good MOR (modulus of rupture) (Flexural strength) Good Whiteness Low residue Controlled shrinkage and water absorption No calcium content Feel Free to contact us for best quote.
Ball Clay : Save 20% Off Clay Purchase With Us Price Of Product ( Usd Price Or Fob Price) : Usd26/tonne For At Least 10,000 Mt Purchase, Fob Lumut Port Product origin : Taiping, Perak. Malaysia Chemical analysis : Si02 : 57+/-2.00 Al203 : 29+/-0.30 Fe203 : 0.70+/-0.30 Ti02 : 0.70+/-0.30 Cao : < 0.5 Mgo : < 0.5 K2O : 1.20+/-0.30 Na20 : < 0.5 LOI : 12.50+/-1.0 Minimum Order Size and Packgaing details : Bulk shipment and jumbo bag, depending on quantity ordered.
Below are the our clay specs: CHEMICAL ANALYSES Sio2 : 57 +/- 2.00 Al203 : 29 +/- 2.00 Fe2O3 : 0.80 +/- 0.30 TiO2 : 0.70 +/- 0.30 CaO : < 0.5 MgO : < 0.5 K2O : 1.20 +/- 0.30 Na20 : < 0.5 LOI : 12.50 +/- 1.0 PHYSICAL PROPERTIES Green MOR : Min. 8.00 Kg/Cm2 Dry MOR : Min. 17.00 Kg/Cm2 Fired MOR : Min.200 Kg/Cm2 Fired Shrinkage % : 7.0 +/- 1.0 Water Absorption : 10.0 +/- 2.0 Fired Color Value at f2OO DEG C Lx 90.0 +/- 2.0 6x 1.0 +/-0.5 bx 8.00+/-r.5
Owing to our expertise in this domain, we are engaged in Suppliers, exporting and supplying optimum quality Ball Clay. Known for its purity and high density, this clay is extensively demanded and appreciated in the market. This high-quality clay is precisely processed using the modish technology under the utmost hygienic condition at our end. Further, it is available in various packaging options and at an affordable price.
we can offer you Ball Clay. Ball clays are kaolinitic sedimentary clays that commonly consist of 20-80% kaolinite, 10-25% mica, 6-65% quartz. Localized seams in the same deposit have variations in composition, including the quantity of the major minerals, accessory minerals and carbonaceous materials such as lignite. They are fine-grained and plastic in nature, and, unlike most earthenware clays, produce a fine quality white-coloured pottery body when fired, which is the key to their popularity with potters. Ball clays are relatively scarce deposits due to the combination of geological factors needed for their formation and preservation. They are mined in parts of the Eastern United States and from three sites in Devon and Dorset in South West England. They are commonly used in the construction of many ceramic articles, where their primary role, apart from their white colour, is to either to impart plasticity or to aid rheological stability during the shaping processes.
PHYSICAL PROPERTIES: "L" > 89 - 90, "A" > 1.98, "B" > 7 - 9, Whitness > 69.77, Temprature C > 1207/1217, T.D.S > 140, Shrinkage > 9.46%, Fired M.O.R Kg/cm2 > 228.6, Dry M.o.R kg/cm2 > 32.04, Loss on Ignition > 11.64 %, Water Absorption > 10.14%, Water of Plasticity > 44.02%,
