High Quality White Gypsum Plaster Powder Features Decorative High Adhesive Egyptian Origin Gypsum Powder Key attributes Industry-specific attributes Warranty 1 Year After-sale Service Online technical support, Onsite Installation, Onsite Training Project Solution Capability graphic design, NONE, Others Application Hotel, Office Building Design Style Traditional, Industrial Other attributes Place of Origin Egypt Product Name Natural Gypsum Powder Usage Building Materials Mold Model Raw Material Natural Raw Gypsum Stones Color White Keywords Natural Plaster Powder Storage Cool Place Packing Bulk Type Decorative Line Feature Gypsum wall, Plaster ceiling Advantage Nontoxic Packaging and delivery Packaging Details Custom Package Supply Ability Supply Ability 10000 Ton/Tons per Month
Product Description Egyptian Gypsum Raw is one of the best purities in the world Price of product ( USD price or FOB price) : USD 28 - 35 USD per MT in Container USD 17 - 21 USD IN bulk vessels" CIF prices are subject to date and availability of equipment and vessels Product origin : EGYPT Key Specifications/Special Features : CaSo4 2H2O: 97.43% So3: 45.38% Cao: 31.7% L.O.I: 22.05% Whiteness: >92% Minimum Order Size and Packgaing details : MOQ: 10 containers (270MT) as a trial order free in containers or jumbo bags 10000 MT in bulk vessels
Gypsum is a soft sulfate mineral composed of calcium sulfate dihydrate, with the chemical formula CaSO. 4· 2H2O. It can be used as a fertilizer, is the main constituent in many forms of plaster and in blackboard chalk, and is widely mined.
GULF Gypsum Fibra is suitable for surface finishings and decorative elements, with a fast-setting time. It is made of extremely fine white gypsum, consisting essentially of calcined gypsum CaSO4.2H2O. Advantages: High �exural and compressive strength No cracks. Edge Types: White powder Standards: ASTM C59/59 M BS EN 13279-1 Iso 90001 :2015 ASTM C 471/472
Castrock is a multicasting plaster consisting of high purity natural gypsum. CaSO4 H2O is the main component of the Castrock powder; It is used for molding works, mainly for ceramic and sanitary and tableware. Castrockâ?¢ is a multicasting plaster applied for sanitary ware and in molding & casting due to its low expansion, excellent strength, and hardness. It is used for all kinds of ornamental plasterwork. Advantages: Castrock is a multicasting plaster with low porosity It is used for molding and for decorative purposes. Standards: ASTM C59/59 M BS EN 13279-1 Iso 90001 :2015 Iso 90001 :2015; ASTM C472/471
Castrock Advanced is a multicasting white plaster consisting of high purity natural gypsum with CaSO4 H2O as its main component. It is used as a protective or decorative coating of walls and for molding and casting works, mainly ceramic, sanitary ware, and tableware. Castrock. Advanced holds the same features as Castrock including low expansion, low porosity, excellent strength, and hardness but with a faster setting time. It is used for all kinds of ornamental plasterwork. Advantages: Ideal for ornamental plasterwork, molding and casting, and ceramic work Easy to use with a fast setting time. Standards: ASTM C59/59 M BS EN 13279-1 Iso 90001 :2015 ASTM C472/471
GULF Gypsum is suitable for surfaces finishings and decorative elements, with a moderate setting time. It is made of fine white gypsum, consisting essentially of calcined gypsum CaSO4.2H2O Advantages: Compressive strength suitable for casting Suitable for building finishing purposes. Edge Types: White powder 40 kg paper bag Standards: ASTM C59/59 M BS EN 13279-1 Iso 90001 :2015 ASTM C 471 ASTM C 472
Gypsum Lumps Purity from 80% and more
Calcined Gypsum , Degree of Whiteness 96 min
POP 60$ Wall Finish 190$ Hand applied plaster ( Mortar) 95$ FOB Price vary depend on the product.
Row Gypsum for industrial use.
- Commodity Natural Gypsum - CaSO4.2H2O : Min. 92% - Moisture : Max. 2% - Sizes less than 4 ml - white color is very distinctive - free of impurities . - We can provide 500,000 tons per month
Gypsum is a very soft sulfate mineral composed of calcium sulfate dihydrate, with the chemical formula CaSO4·2H2O. It is found in alabaster. there is other analysis as customer need uses: 1- calcinated gypsum is about 95 % of gypsum uses that we heat the gypsum to 130 degree which remove water and become hemi hydrated gypsum that called plaster of paris, it used in wall plaster, wall lining, plaster board, wall board, tiles for ceikings, partitions. Thermal isolation, regulator to moisture measurements. 2- add Uncalcined gypsum crushed from 3 to 6 % to produce Portland cement so solidification speed become low. 3- gypsum contain 15-20 % sulfur produce ammonium sulfate which act as natural fertilizer. 4- glass industry to easily remove the gases. 5- fine gypsum use in resin industry, paper filler, in soil used in drilling petroleum well. • by heating to 1093 degree, calcium sulfide form which produce sulfuric acid and lime. • A binder in fast-dry tennis court clay. • Plaster of Paris (surgical splints; casting moulds; modeling). • A wood substitute in the ancient world; for example, when wood became scarce due to deforestation on Bronze Age Crete, gypsum was employed in building construction at locations where wood was previously used.[19] • A tofu (soy bean curd) coagulant, making it ultimately a major source of dietary calcium, especially in Asian cultures which traditionally use few dairy products. • Adding hardness to water used for homebrewing. • A component of Portland cement used to prevent flash setting of concrete. • Soil/water potential monitoring (soil moisture tension). • A common ingredient in making mead. • In the medieval period it was mixed, by scribes and illuminators, with lead carbonate (powdered white lead) to make gesso which was applied to illuminated letters and gilded with gold in illuminated manuscripts. • In foot creams, shampoos and many other hair products. • Impression plasters in dentistry
As per requets As per requets
The development of all gypsum boards begins with a mineral rock, which is gray to white in color and is called gypsum. The basic mineral is composed of calcium sulfate chemically combined with water of crystallization. The combined water makes up approximately 20% of weight of gypsum rock. This is the feature that gives gypsum its fire resistant quality and makes it so adaptable for construction purposes. After gypsum rock is mined or quarried, it is crushed, dried, and ground to flour fineness, then calcined to drive off the greater part of the chemically combined water as steam. This calcined gypsum, commonly called plaster of paris, is then mixed with water and other ingredients and sandwiched between two sheets of specially manufactured paper to form various types of gypsum board or specially formulated and bagged for shipment as gypsum plaster or cement. Gypsum boards are formed in a highly automated continuous process. After the gypsum board has set, the boards are cut to length, dried, prefinished if required, and packed for shipment. All processing is in strict accordance with specifications and complies with more than 256 procedures and work instructions to meet quality standards and customer's satisfaction. ADVANTAGE: Life Safety Protection Fire resistance is inherent in the gypsum construction selected. The systems provide permanent fire resistance not subject to loss of water pressure or other malfunctions and problems which may occur in sprinkler systems. Fire Resistance: Gypsum will not support combustion. When attacked by fire, crystallized water in gypsum is released and turns to steam to help retard the spread of flame and heat and protect adjacent constructions. Light Weight: Gypsum board constructions weigh appreciably less than masonry assemblies of the same thickness. They reduce material - handling expense and may permit the use of lighter structural members, floors, and footings. Sound Control: Gypsum board construction offers excellent resistance to airborne and impact sound transmission without excessive bulk or weight. Resilient attachment of gypsum panels or bases further improves sound ratings, makes partitions ideally suited for party walls. Versatility: Gypsum board construction is suitable as divider, corridor and party walls; pipe chase and shaft enclosures; radiant-heat ceilings; exterior walls and wall furring; membrane fire resistant constructions. Adaptable for use in every type of new construction - commercial, institutional, industrial and residential - and in remodeling. It produces attractive joint - free walls and ceilings; easily adapt to most contours, modules and dimensions. SPECIFICATIONS It is ivory colour that is nice whether being painted or used as the end colour. THICKNESS WIDTH LENGTH KG/M2 9.0 1220 2440 8.3KG 12.0 1220 2440 12KG
Product Detailed Description: " Chemical analysis Item Percentage Free water at 45 C surface moisture 0.31 - 0.38 Minimum purity 91.7 - 93.8 SiO 0.34 - 0.95 MgO 0.56 - 0.67 Al O 0.29 CaO 31.5 - 32.7 Fe O 0.07 Na O 0.11 K O 0.08 So 46.9 Minimum Order Qty : 50 tons Units : Tons Packaging Details : "Jumbo bags small bags " Capacity : "Jumbo bags: 1.25-1.5 Ton small bags 25 or 50 kg bags" Seller Product Code : Code: MRC GPO
Our product is used next to the Agriculture but also has the best specifications to be used as a raw material in Cement and Gypsum Board industry, we have any volume and we guarantee the best level of performance.
We produce also a Gypsum (CaS04 2H2O) with 88-94% contents (powder: 5 - 8 mm and crushed :20 - 40 cm). Our stocks are in the vicinity of the Moroccan port city of Safi. Please email us a Letter of Intent to Purchase to get you a quote with our best FOB offer. Thanks with Regards,
Specification: Gypsum fertilizer and Gypsum for construction (Blaster of paris)
Description : Primo Mould Is The Outcome Of A Unique Egyptian European Collaboration Combining Zahret Sinai's Fine Raw Gypsum With Montrdi's State-Of-The-Art Spanish And French Technology And Equipment To Produce Primo Mould. Applications : Industrial Needs And Casting Moulds Housewares Sanitary Ware Cornices And Decorative Elements Benefits: Primo Mould's Cylindrical Pore Diameter Of 1.5 To 2 Microns Enables Speed Of Absorption And Expulsion Of Water During The Casting Process An Increase To The Rate Of Formation Thickness A Reduction In The Time Of Casting An Increase In Casting Quality The Increase Of The Lifespan Of Casting Moulds From 100 To 120 Casts Per Mould.
