Foam glass
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Affordable Vibration Absorption Foam Glass for Automotive
Water Resistant Foam Glass Insulation with 1-Year Warranty
ASTM C552 High Quality Fireproof Foam Glass Tube Insulation Suppliers
Factory Perfect Insulation Property Foam Glass Board Building Materials Insulation
ASTM C552 Standard Fireproof Foam Glass Board/Elblow/Pipe Insulation for Industrial Insulation
Thermal Resistant Foam Glass Panel for Industrial and LNG Pipelines
Extremely Long Service Life Dimensional Stability Pipeline Insulation Engineering Foam Glass Board
Anti-Corrosive Stable Safety Property Hydropower Insulation Materials Lightweight Foam Glass
Recyclable Building Insulation Fire Barriers Composite Foam Glass Panels
Anti-Corrosion Foam Glass Slab 50-120mm for Chemical Storage Tanks
High-Quality Foam Glass for Enhanced Heat Insulation and Performance
High-Performance Foam Glass for Enhanced Energy Efficiency Solutions
Lightweight Foam Glass Insulation for Optimal LNG Pipeline Efficiency
for LNG Terminals Vapor Tight Closed Cell Foam Foamed Glass Type II
Closed Structure 100mm Type II Foam Foamed Glass for Refrigeration Systems
60mm Inorganic Tubular Shell Anti-Condensation Insulation Foam Glass for Cooling Networks
Non-Combustible DN100 Preformed Half Shell Low Conductivity Foam Glass for Refrigeration Lines
Low Conductivity DN32 Rigid Half Pipe Section Foam Glass for Refrigeration Pipelines
Huichen Type I 120-140kg/M³ Foam Glass Pipe Shell Low Temperature Insulation
Residential & Commercial Building Cellular Glass Insulation Board Type I II III Waterproof Wall Roof Insulation Foam Glass
External Wall Thermal Insulation Cellular Glass Board Type I II III Fire Waterproof Anti-Corrosion Construction Foam Glass
Fire Proof and Waterproof Foam Cellular Glass for Building Insulation with CE
Class A1 Fireproof Closed Cell Foamed Glass Thermal Insulation Cellular Foam Glass
High Performance Industrial Foam Glass Insulation Board for Oil and Gas Projects
Sourcing guidance for Foam Glass
What are the key technical specifications to consider when selecting foam glass for industrial or construction use?
When sourcing foam glass, you must prioritize compressive strength and thermal conductivity (Lambda value). For load-bearing applications like floor insulation or tank bases, ensure a compressive strength of at least 0.5 MPa to 4.0 MPa depending on the grade. The thermal conductivity should ideally be between 0.040 and 0.050 W/(m·K) at 25°C. Additionally, verify the cell structure; it must be 100% closed-cell to guarantee it is completely impermeable to water vapor and moisture, which prevents long-term degradation of insulation performance.
Which international compliance standards should foam glass meet for cross-border trade?
Suppliers should provide certification proving compliance with ASTM C552 (Standard Specification for Cellular Glass Thermal Insulation) for the North American market or EN 13167 for the European market. Since foam glass is often used for fireproofing, ensure it has an A1 Class Non-combustible rating according to ISO 1182 or EN 13501-1. For environmental requirements, check for REACH or RoHS compliance to ensure the absence of harmful foaming agents or heavy metals.
How can I evaluate the quality of foam glass samples before placing a bulk order?
Request a sample and perform a water absorption test; high-quality foam glass should show near-zero weight gain after submersion. Check for dimensional stability by measuring the blocks for warping or uneven edges, as precise geometry is critical for minimizing thermal bridges during installation. Also, inspect the surface for excessive dusting or friability; while some surface dust is normal, the core should be rigid and not crumble easily under finger pressure.
What are the typical usage scenarios where foam glass outperforms other insulation materials?
Foam glass is the superior choice for cryogenic systems (LNG piping), high-temperature steam pipes, and underground storage tanks due to its wide operating temperature range of -260°C to +485°C. It is also ideal for green roofs and parking decks because it is pest-proof (rodents/insects), acid-resistant, and can support heavy structural loads without compressing over time.
Cross-Border Procurement Risks and Logistics for Foam Glass
What are the primary risks when shipping foam glass internationally and how can they be mitigated?
The main risk is physical breakage due to the material's brittleness. Foam glass is susceptible to impact damage. You must negotiate stringent packaging requirements, such as the use of corner protectors, heavy-duty pallets, and shrink-wrapping with 'Fragile' labeling. Ensure the supplier uses container bracing to prevent movement during sea transit. It is highly recommended to purchase All-Risk Cargo Insurance to cover potential cracking during handling.
How should I negotiate with suppliers on Made-in-China.com to ensure transaction security?
Always use the Secured Trading Service provided by Made-in-China.com to protect your payments. Before finalizing the contract, verify if the supplier is an Audited Supplier with a verified production line. Negotiate a payment term such as 30% deposit and 70% against the Bill of Lading (B/L) after a successful third-party pre-shipment inspection (PSI) to verify quantity and quality.
What logistics strategies are best for reducing the high shipping costs of foam glass?
Foam glass is a volume-heavy (low density) cargo, meaning you will likely be charged based on volumetric weight. To optimize costs, calculate the exact dimensions to maximize Full Container Load (FCL) utilization. Avoid Less than Container Load (LCL) if possible, as frequent reloading increases the risk of breakage. For long-distance shipping, compare FOB (Free On Board) terms to have better control over freight forwarder selection and local destination charges.





























