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3M™ Glass Bubbles S38HS, Large box (650 lb, 295 kg)
3M™ Glass Bubbles S38HS, Large box (650 lb, 295 kg)
3M ID 7010321409 SAP ID 7010321409 Local Catalog Identifier S38HS L. BOX Brand 3M™ Global Product Hierarchy Glass Bubbles Base (B) - Article Number 50051135717276 Unit of Use (1) - Article Number 00051135717271 Shipper (6) - Article Number 50051135717276 Marketplace Formal Name 3M™ Glass Bubbles S38HS, Large box (650 lb, 295 kg) Material Description GLASS BUBBLE S38HS 650 LB CV Marketplace Description 3M™ Glass Bubbles S Series are specially formulated for a high strength-to-weight ratio. This makeup allows for enhanced survivability under demanding processing conditions like injection molding. They are also engineered to produce stable voids, which help result in low thermal conductivity and a low dielectric constant. Help improve strength and performance with 3M™ Glass Bubbles S Series. Marketplace Description Extended 3M™ Glass Bubbles are hollow, water-resistant, and chemically-stable soda-lime-borosilicate glass microspheres that are engineered to serve as an alternative to conventional fillers and additives like silica, calcium carbonate, talc, and clay. These low-density particles are used in a wide range of industries to help reduce part weight, lower costs, and enhance product properties. Because of their unique spherical shape, they also offer a number of important benefits, including higher filler-loading, lower viscosity/improved flow, and reduce shrinkage/warpage. Discover how 3M™ Glass Bubbles can be mixed in with a variety of compounds to be sprayed, cast, and/or moulded with incredible results. Bullets - Creates stable voids for low thermal conductivity and a reduced dielectric constant
- Decreases weight and increases buoyancy, resulting in a lower density for finished parts
- Each bubble has a crush strength of 5,500 psi (37.92 MPa) and a density of 0.38 g/cc
- Features a high strength-to-weight ratio
- Improves dimensional stability
- Made from hollow, water-resistant, and chemically-stable soda-lime-borosilicate glass
- Offers excellent water and oil resistance for underwater applications
Application Thermal Insulating Composition Soda-lime Borosilicate Glass Crush Strength (Imperial) 5500 psi (80% Minimum Fractional Survival) Crush Strength (Metric) 37.92 MPa (80% Minimum Fractional Survival) Net Weight (Imperial) 650 lb Net Weight (Metric) 294.835 kg Product Usage Syntactic Foams Shape Thin-walled Hollow Spheres Typical Density 0.38 g/cm³ Typical Median Particle Diameter 45 μm Sales unit CS SAP Shelf Life In Days 730 Target Warehouse Location Lead Time 55 SAP External Material Group 31191500 Base (B) - Billing Unit CS Base (B) - Customary Cubic Dimension 103269.66498 IN3 Base (B) - Customary Gross Weight 724.122 LB Base (B) - Customary Net Weight 650.11118 LB Base (B) - Customary Height Dimension 48.8189 IN Base (B) - Customary Length Dimension 47.00787 IN Base (B) - Customary Width Dimension 45 IN Base (B) - Metric Net Weight 294.835 KG Base (B) - Metric Cubic Dimension 1692280.0 CCM Base (B) - Metric Height Dimension 124.0 CM Base (B) - Metric Length Dimension 119.4 CM Base (B) - Metric Width Dimension 114.3 CM Base (B) - Item Quantity 1 Base (B) - Unit CS Unit of Use (1) - Billing Unit CS Unit of Use (1) - Item Quantity 0.0015384615384615385 Unit of Use (1) - Unit LB Consumer (2) - Item Quantity 0 Inner (3) - Item Quantity 0 Shipper (6) - Billing Unit CS Shipper (6) - Customary Cubic Dimension 103269.66498 IN3 Shipper (6) - Customary Gross Weight 724.122 LB Shipper (6) - Customary Net Weight 650.11118 LB Shipper (6) - Customary Height Dimension 48.8189 IN Shipper (6) - Customary Length Dimension 47.00787 IN Shipper (6) - Customary Width Dimension 45 IN Shipper (6) - Metric Weight 328.4 KG Shipper (6) - Metric Net Weight 294.835 KG Shipper (6) - Metric Cubic Dimension 1692280.0 CCM Shipper (6) - Metric Height Dimension 124.0 CM Shipper (6) - Metric Length Dimension 119.4 CM Shipper (6) - Metric Width Dimension 114.3 CM Shipper (6) - Item Quantity 1 Shipper (6) - Unit CS Pallet (8) - Item Quantity 0