Petrochemical industry
Foam Glass Flat Panels / Shells
Foam Glass Plates / Pipe Shells     Foam glass is an inorganic thermal insulation material with a large number of uniform, independent and closed pore structures. It is mainly made from formulated glass particles melted in a melting furnace, mixed with an appropriate amount of foaming agents and other additives, heated and melted in a natural gas roller kiln and then cooled in an annealing furnace. It completely retains the chemical stability of inorganic glass. It features low bulk density, low thermal conductivity, being impermeable to moisture, non-absorbent, non-combustible, non-mildewable, resistant to rodents, having high mechanical strength and being easy to process. It can withstand all chemical corrosion except that of hydrogen fluoride and is known as a green and environmentally friendly thermal insulation material. The annual output of foam glass is 40,000 cubic meters.1.Product Standard: ASTM C552 - 20212.Main Technical Indicators3.Packaging and StorageØ  Packed in carton boxes;Ø  When loading onto vehicles, stack them tightly to prevent tilting;Ø Store in a dry and ventilated environment and avoid getting wet by rain;Ø  The stacking height should not exceed five layers.4.PrecautionsØ  Foam glass is fragile. Handle it with care during transportation and handling;Ø  When insulating equipment or pipelines, use auxiliary materials such as mastic, sealant and fiberglass mesh cloth for sealing, moisture-proofing and fixing;Ø  It can be cut with tools during the installation process.
Petrochemical industry
Flame-Retardant Mastic
Flame Retardant MasticMastic is made from rubber, asphalt, rubber, minerals, and other fillers, with the addition of appropriate flame retardants. It has excellent airtightness, waterproofing, anti-freezing, anti-corrosion properties, resistance to aging and cracking, and can be applied at low temperatures. Once dry, it exhibits flame retardant properties.  1. Product Standard:  GB 50264-20132. Main Technical Specifications3. Packaging and StorageØ  Packaged in barrels, 25kg/barrel;Ø  Store in a dark, room-temperature environment.4. PrecautionsØ  Handle with care during transportation to avoid packaging damage;Ø  Store in a cool place, avoid direct sunlight;Ø  Ensure proper ventilation at the construction site;Ø  Reseal any remaining mastic for storage after use.5. Recommended Usage:  6~8kg/㎡;
Petrochemical industry
Sealant
SealantLow-temperature sealant is a low-solvent, flexible, thick paste mainly composed of organic polymer resin. It is a flexible material that provides excellent sealing performance for low-temperature insulation.1. Product Standards:GB 50264-20132. Main Technical Indicators      3.Packaging and Storage Ø Packed in buckets, 20kg per bucket;Ø Store in a dark, room-temperature environment. 4. NotesØ Handle with care during transportation to avoid damage to the packaging;Ø Application: Apply with a spatula to the sealing surface of insulation materials.Ø  Under high ambient temperatures or after long-term sealed storage, a thin dry film may form on the surface after opening. This is normal. Remove the film and continue using the product without affecting its performance;Ø Ensure proper ventilation at the construction site.
Petrochemical industry
Abrasion-Resistant Agent
Abrasion-Resistant AgentThe abrasion-resistant agent is a solvent-based, gray-white flexible thick paste. It is mainly applied between foam glass and the substrate to prevent frictional damage to the foam glass insulation layer.1. Product Standards:GB 50264-20132. Main Technical Indicators 3. Packaging and Storage Ø Packed in buckets, 20kg per bucket;Ø Use the product within 24 hours after opening. If unable to finish, seal the remaining product for storage;Ø Store in a dark, room-temperature environment.4. NotesØ Application: Brush or spray;Ø Precipitation may occur during static storage, which is normal. Stir well before use to ensure no impact on performance.
Petrochemical industry
Polyisocyanurate Foam (PIR)
Polyisocyanurate Foam (PIR)PIR is a foam material made from the reaction between isocyanate and polyether under catalysis. Its physical and fire-resistant properties are superior to those of regular polyurethane. It is an ideal organic low-temperature thermal insulation material with a low thermal conductivity, lightweight, shock-absorbing, and adaptable. It is widely used in refineries, chemical plants, ethylene production, fertilizer plants, cold storage, and the construction industry for insulation and thermal protection.1. Product Standards:GB/T 25997-20202. Main Technical Indicators3. Packaging and Storage Ø Bundled packaging;Ø When loading, ensure the products are packed tightly to avoid impact;Ø  Store in a waterproof, moisture-proof, light-proof, dry, and well-ventilated area;Ø  Keep away from heat sources, and avoid direct sunlight.4. NotesØ Handle with care during transportation and handling; Ø When insulating equipment or pipelines, use additional materials such as mastics, sealants, and mesh cloth for sealing, moisture-proofing, and fixing; Ø During installation, tools can be used for cutting.
Petrochemical industry
Rigid Polyurethane Foam (PUR)
Rigid Polyurethane Foam (PUR)PUR is a foaming material produced by the reaction of isocyanate with polyether in the presence of a catalyst. Its physical and fire resistance is superior to that of general polyurethane, making it an ideal organic low-temperature insulation material with low thermal conductivity, lightweight, vibration resistance, and strong adaptability. It is widely used in refineries, chemical plants, ethylene, fertilizers, cold storage, and building insulation.1. Product Standard:GB/T 25997-20202. Main Technical Indicators3. Packaging and StorageØ  Bucket packaging, 20kg/bucket;Ensure that the site is ventilated;Store in the original unopened sealed container.Valid shelf life 12 months. Check the product packaging for the production date.4. PrecautionsDo not use on frosty or damp substrate surfaces.Construction is not advisable when material surface temperature is below 0℃ or above 50℃;Components A and B must be thoroughly mixed to avoid unevenness that could affect the performance of the elastic material;Components A and B should be stored separately and used as mixed, to avoid waste, mix only when needed;For adhesion-related construction, check adhesion performance beforehand and contact relevant technical service departments if needed;Direct contact with eyes and skin may cause temporary discomfort; in such situations, rinse with plenty of water and seek medical attention if necessary.
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