Factory Rdp White Flexible Powder Rdp Wall Cement Based Glue Tile Grout Rdp

• Customization: Available
• Appearance: Powder, White Powder
• Color: White
• Model NO.: RDP-C-059
• Function: Improve Bending Strength and Improve Bond Strength
• Type: Additives
• CAS No.: 24937-78-8
• Other Names: Rdp Powder for Construction Building
• Usage-1: Wall Putty, Crack Resistant/Plastering Mortar
• Usage-2: Tile Adhesive, Crack Filler
• Product Name: Redispersible Polymer Powder (Rdp)
• Purity: 99.9%
• Effect: Good Work-Ability
• Standard Package: Paper Plastic Package
• Grade: Construction Grade
• pH: 6-8
• After-sales Service: 24h Online Technical Support
• Transport Package: 25kg/Bag
• Trademark: ONSENCEL
• Origin: China
• HS Code: 3905290000
• Production Capacity: 40 Mt/Days

Product Description

Product Description

Redispersible Polymer Powder (RDP) is spray dried re-dispersible polymer emulsion latex powder, designed for the construction industry to enhance the properties of dry mortar blends, able to Redispersible in water and react with hydrate product of cement / gypsum and stuffing, form composite membrane with good mechanics intensity. It improves the important application properties of dry mortars, like longer opening time, better adhesion with difficult substrates, lower water consumption.

	RDP-599	RDP-600
Appearance	White free flowing powder	White free flowing powder
Particle size	80μm-100μm	80μm-100μm
Bulk density	400-500g/l	400-500g/l
Solid content	98 min	98 min
Ash content	8-12	12-14
PH value	6.0-8.0	6.0-8.0
MFFT	0ºC	1ºC

Key Properties:
Redispersible Polymer Powder RDP can improve adhesion,strength in bending,abrasion resistance,de-formability.It has good rheology and water retention,and can increase the sag resistance of tile adhesives,it can made up to tile adhesives with excellent non-slump properties and putty with good properties. 

Special features:
Redispersible Polymer Powder RDP has no effect on rheological preperties and is a low-emissions,General-purpose powder in the medium Tg range.It is eminently suitable for formulating compounds of high ultimate strength.

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