Skip to Primary Navigation Skip to Site Navigation Skip to Main Content
Product Catalog for 3M Oil and Gas Industry > Transportation/Storage > Flow Assurance > Buoyancy and Insulation > 3M™ Glass Bubbles for Buoyancy > 

3M™ Glass Bubbles XLD3000


3M™ Glass Bubbles XLD3000 have a density of 0.23 g/cc and an isostatic crush strength of 3000 psi. These glass bubbles provide significantly lower density for better thermal conductivity at a given depth rating compared to S35 glass bubbles.
Quick Clicks
ProductsProduct Documentation
Image Product Information
NO IMAGE AVAILABLE

3M™ Glass Bubbles XLD3000, 1 Gallon Jug Sample (1 lb, .45 kg)
3M™ Glass Bubbles XLD3000 have a density of 0.23 g/cc and an isostatic crush strength of 3000 psi. These glass bubbles provide significantly lower density for better thermal conductivity at a given depth rating compared to S35 glass bubbles.

NO IMAGE AVAILABLE

3M™ Glass Bubbles XLD3000, Box (50 lb, 22.6 kg)
3M™ Glass Bubbles XLD3000 have a density of 0.23 g/cc and an isostatic crush strength of 3000 psi. These glass bubbles provide significantly lower density for better thermal conductivity at a given depth rating compared to S35 glass bubbles.

NO IMAGE AVAILABLE

3M™ Glass Bubbles XLD3000, Bulk Bag (375 lb, 170 kg)
3M™ Glass Bubbles XLD3000 have a density of 0.23 g/cc and an isostatic crush strength of 3000 psi. These glass bubbles provide significantly lower density for better thermal conductivity at a given depth rating compared to S35 glass bubbles.

NO IMAGE AVAILABLE

3M™ Glass Bubbles XLD3000, Large Box (330 lb, 49.6 kg)
3M™ Glass Bubbles XLD3000 have a density of 0.23 g/cc and an isostatic crush strength of 3000 psi. These glass bubbles provide significantly lower density for better thermal conductivity at a given depth rating compared to S35 glass bubbles.

NO IMAGE AVAILABLE

3M™ Glass Bubbles XLD3000, Sample (10 lb, 4.5 kg)
3M™ Glass Bubbles XLD3000 have a density of 0.23 g/cc and an isostatic crush strength of 3000 psi. These glass bubbles provide significantly lower density for better thermal conductivity at a given depth rating compared to S35 glass bubbles.