Silica sand.
Silica Sand.
Silica sand.
Silica Sand.
Silica Sand.
Silica Sand.
Silica sand.
Silica quartz.
Silica Sand..
Silica Sand.
Silica sand.
Silica Sand.
Silica sand.
Sand silica pure.Export
Cristobalite, quartz sand, silic dioxide phx ,crystal silica sand.
Micro silica, silica fume, silicon dioxide, super pozzalana, ready mix plaster, ultrafine cement grout, heat insulation compound, radix powder, ladle bottom cleaning flux, casting powder, synthetic slag, solid slag powder, prelate ore, petrol's 40, slag conditioner, rice husk ash, rice husk, nozzle, nozzle filling compound, teaming compound, carbon black, tire carbon black, cast iron powder, ggbs, ramming mass, guar gum, gg fluoric, ladle covering compound, tundish covering compound, lime powder, resin coated sand, silica sand, silicon mix, gluten powder, ladle nozzle.
BIRCH PLYWOOD Type: Birch. Plywood Place of Origin: Vietnam Usage: Outdoor/Indoor, for kitchen cabinet, for floor,â?¦ Grade: First-Class Main Material: Acacia, Eucaplyptus Formaldehyde Emission Standards: catch super E0 Plywood Type: Veneer Boards Veneer Board Surface Finishing: Double-Sided Decoration Veneer Board Surface Material: Other Grade: EE/DE/DD/ CC/ CC+ Size: 1220mmX2440mm Thickness: 3-25mm Tolerance: +/-0.3 Face/back: Birch Material wood: Styrax, Acacia, Eucalyptus, (MLH) or as required Glue: E0 Density: 600-750KG/CBM Hot press: Two times/One time Sanding core and sanding face Moisture content: less than 15% Features: Two sides are slight, good Sawing, painting The plywood is flat and smooth Packaging Details: Standard Delivery Detail: 15-20 days
Dimension: 1220 x 2440 mm Thickness: 18 mm or as required Thickness tolerance: +/- 0.5 mm Face/back: Okume/ Sapele/ Bintagor Core: mix hardwood Acacia, Eucalyptus, styrax Sanding: both sides for core and for face/back Glue: E0/E1/E2 Density: > 650 kg/CBM Packaging Details: Standard Delivery Detail: 15-20 days
Description: Cristobalite (Silic Dioxit Crystal) 0.1-0.4 mm Paramete Group Paramete Value Unit Color L* 95.90 Vibrating Sieve >400 �µm 0.29 % 100-400 �µm 99.7 %
