Hollow Glass Microspheres for Low Density Drilling Fluids/ Cement Slurries (Y2000)
- Apr 26, 2017 -
Product Detail
Basic Info
Model NO.:Y12000
Material:Soda Lime Borosilicate Glass
Type:Structured Packing
CAS No.:65997-17-3
Crush Strength:5mpa-69mpa
Thermal Conductivity:0.03-0.06W/M.K
pH:8-9.5
Appearance:White Fine Powder
Ingredients:Soda Lime Borosilicate Glass
Application:Filler for Various Applications
Purity:98%
Origin:Mainland China
HS Code:70182000
Product Description
Hollow glass microspheres for low density cement slurries
Because low density cement slurries made with glass microspheres are incompressible - providing consistent and predictable density from the top of the borehole to the bottom - it is often possible to reduce the number of stages that it takes to pour the slurry and sometimes to eliminate staging altogether.
Glass microspheres in low density drilling cements can decrease density to as low as 6.0 lbs/gal (0, 72 kg/l) with acceptable physical properties. Other benefits are:
1. Low shrinkage
2. Less wait on cement (woc)
3. Easy mixing
4. higher yield
5. Good strength at 12 and 24 hours
Hollow glass microspheres for low density drilling fluids
1. Simple hydraulic calculations
2. Smooth measurement while drilling (mwd) transmission
3. No need for expensive compressors
4. Less likelihood of corrosion to the drill string
5. Reduced explosion potential
Because low density cement slurries made with glass microspheres are incompressible - providing consistent and predictable density from the top of the borehole to the bottom - it is often possible to reduce the number of stages that it takes to pour the slurry and sometimes to eliminate staging altogether.
Glass microspheres in low density drilling cements can decrease density to as low as 6.0 lbs/gal (0, 72 kg/l) with acceptable physical properties. Other benefits are:
1. Low shrinkage
2. Less wait on cement (woc)
3. Easy mixing
4. higher yield
5. Good strength at 12 and 24 hours
Hollow glass microspheres for low density drilling fluids
1. Simple hydraulic calculations
2. Smooth measurement while drilling (mwd) transmission
3. No need for expensive compressors
4. Less likelihood of corrosion to the drill string
5. Reduced explosion potential
Model | Similar 3M Models | Particle Size Range | True density | Crush strength |
μm | g/cm3 | Mpa/Psi | ||
Y2000 | HGS2000 HGS3000 | 2~120 | 0.32 | 14/2000 |
Y4000 | HGS4000 | 2~100 | 0.40 | 28/4000 |
Y6000 | HGS5000 HGS6000 HGS8000 | 2~85 | 0.46 | 41/6000 |
Y10000 | HGS10000 | 2~80 | 0.60 | 69/10000 |
Y12000 | HGS18000 | 2~80 | 0.60 | 82/12000 |
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