3M™ Glass Bubbles G18/500
3M Stock
B40064645
Alternative ID
G18/500
3M™ Glass Bubbles S60
3M Stock
B40064607
Alternative ID
S60
3M™ Glass Bubbles S28HS
3M Stock
B40064646
Alternative ID
S28HS
3M™ Glass Bubble S32HS
3M Stock
B5005035032
Glass Bubblesfor Oil & Gas
Keep your profits flowing.
High-strength, low-density additives for syntactic foams used in critical deepwater applications.
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3M™ Glass Bubbles for Insulation and Buoyancy
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As the search for oil and gas moves farther offshore, it has become increasingly challenging to ensure reliable product flow. The crushing pressures and frigid temperatures of deepwater environments combine to increase viscosity and deposition, restricting flow and placing enormous demands on flowlines, risers and critical equipment.
3M™ Glass Bubbles are high-strength, low-density hollow glass microspheres used in many kinds of syntactic foam compositions for thermal insulation and buoyancy. These foams can help improve equipment reliability in deepwater applications to help keep your product – and your profits – flowing.
3M glass bubbles are virtually insoluble in water, making them an excellent option for offshore applications. Their low thermal conductivity makes these density-reducing additives an excellent option for use in many wet pipeline and riser insulation applications. 3M glass bubbles are available in a wide range of pressure ratings and densities and are compatible with most resins. 3M glass bubbles can also be surface-treated to enhance bonding with the resin and minimize a foam's water pickup at high pressures.
Thermal Insulation
The need to operate at greater depths and with longer subsea tiebacks in turn requires strong, lightweight flowline and riser insulation with lower heat transfer. Compared to bulky, heavy pipe-in-pipe constructions, wet pipe insulation incorporating 3M glass bubbles is both easier and more economical to lay. Less than half the weight of pipe-in-pipe, these flexible flowlines offer a practical alternative that is easier to support in deep waters. Plus, the more compact construction means more pipe can be wound per spool, requiring fewer and smaller ships for installation.Subsea flowlines
- Lighter weight, cost-effective alternative to pipe-in-pipe constructions
- Smaller pipeline diameter; more pipe wound per spool
Production risers
- Achieve OHTC (U values) of 2 W/m^2 K and below
- Steel Caternary Risers (SCRs), Top-Tensioned Risers (TTRs) and riser towers
Buoyancy
With an optimal balance of high strength and low density, 3M glass bubbles have become an industry-standard additive for syntactic foams used in buoyancy modules, buoys or buoyancy blocks for undersea vehicles. When 3M glass bubbles are formulated with resin, the resultant syntactic foam has a high strength-to-density ratio to provide maximum net buoyancy for a given depth rating.Buoyancy modules for drill risers
- Help prevent the steel casing from collapsing under its own weight at depth
- Protect the drill string against ocean currents
Distributed Buoyancy Modules (DBMs)
- Maximum lift at the required ocean depth
Buoyancy blocks for Remote Operated Vehicles (ROVs)
- High net buoyancy foams rated to any ocean depth
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Support
3M glass bubbles are supported by our global sales, technical and customer service resources. Contact us for more information, including formulation assistance or questions about a specific application.
Call 800-367-8905 (7:30 AM - 5:00 PM Central)
3M glass bubbles are supported by our global sales, technical and customer service resources. Contact us for more information, including formulation assistance or questions about a specific application.
Call 800-367-8905 (7:30 AM - 5:00 PM Central)
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Resources for Insulation and Buoyancy
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Handling Information
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3M™ Glass Bubbles Bag Unloading SuggestionsDownload (PDF, 215.81 KB)3M™ Glass Bubbles Metering and Mixing GuideDownload (PDF, 323.45 KB)3M™ Glass Bubbles Box Unloading Suggestions
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Technical Papers
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3M Technologies for Flow AssuranceDownload (PDF, 890 KB)Wet insulation evolves to meet subsea flowline performance demands
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