모든 분류
fiberglass frp tanks
80 발견 된 물건
환경 친화적 인 Frp 화학 저장 탱크 폐수 탱크 Frp
Environmentally Friendly Wastewater Treatment Fiberglass Tanks Chemical Wastewater Treatment Systems FRP Storage Tanks feature excellent aging resistance and outdoor adaptability. An optional anti-UV coating on the outer wall prevents resin aging and fading from sunlight exposure. The FRP material is non-absorbent and rust-proof, maintaining structural integrity even in humid environments for 15-20 years - significantly outperforming traditional plastic tanks (3-5 years). Key
부식 저항성 Frp 산 저장 탱크는 안전한 화학물질 저장을 보장합니다.
Corrosion Resistant FRP Chemical Storage Tanks Ensure Safe Chemical Storage FRP chemical tanks, also known as fiberglass reinforced plastic (FRP), are specialized storage equipment designed specifically for the chemical industry. Leveraging FRP's excellent chemical resistance and structural stability, they have become essential equipment for storing acids, bases, organic solvents, and hazardous chemicals in the petrochemical, fine chemical, and pharmaceutical chemical
우수한 충격 저항성 부식 방지 FRP 수직 탱크는 부식 및 누출을 줄입니다
Excellent Impact Resistance Corrosion Resistant FRP Storage Tanks Reduces Corrosion and Leakage The core advantage of this storage tank stems from the unique properties of FRP composite materials: glass fiber provides excellent mechanical support, giving the tank body comparable pressure and impact resistance to metal storage tanks; the resin matrix forms a dense protective layer, effectively resisting corrosion from acids, alkalis, salts and most organic solvents. Key
강산 및 강알칼리에 대한 내화학성 FRP 탱크, 고부식성 수지 라이닝
FRP Storage Tanks for Strong Acids and Alkalis Highly Corrosion-Resistant Resin Lining These tanks utilize customized production processes to address the diverse and complex nature of chemical media. The FRP resin type (e.g., vinyl ester, epoxy), number of glass fiber layers, and lining structure can be adjusted based on the media's acidity and alkalinity (e.g., 98% concentrated sulfuric acid, 30% sodium hydroxide solution), concentration, temperature (-40°C to 180°C), and
대형 수직/수평 FRP 저장 탱크 튼튼한 구조
Sturdy Structure Large FRP Vertical/Horizontal Storage Tanks Meeting Large Scale Storage Needs This tank utilizes an integrated winding process, resulting in a tank body with no seams or only a few precision welds in key locations. During the winding process, the glass fibers are staggered at preset angles, ensuring balanced mechanical strength in both the axial and radial directions while minimizing the risk of leakage due to splicing. The finished tank body has a smooth,
노화 저항 하 고 중앙 수평 유리 섬유 탱크 평면 사이트에 대한 에포시 코팅
Low Center of Gravity Structure Horizontal Fiberglass Tank Optimized for Flat Sites Product Overview Horizontal fiberglass tanks are specialized storage devices constructed with a fiberglass reinforcement frame and resin bonding matrix (unsaturated polyester or epoxy resin). Their unique horizontal structure combined with fiberglass material makes them ideal for applications with limited vertical space while providing excellent corrosion resistance. Key Advantages Adaptable
적층형 FRP GRP 수평 물탱크 내구성 압력 저항
Stackable Horizontal FRP Storage Tanks Increases Storage Space Utilization Product Description This tank is manufactured using an integrated winding process, with the glass fiber wound in a staggered pattern (primarily in the circumferential direction and supplemented in the axial direction). This process provides the tank with enhanced lateral (circumferential) pressure resistance, allowing it to withstand the static pressure of the tank's contents and minor impacts with
스테인리스 스틸 스프레이 타워 산 및 알칼리 폐기물 가스 처리
Stainless Steel Spray Tower for Acid and Alkali Waste Gas Treatment Corrosion Resistant Industrial Solution This high-performance spray tower features a robust design with clearly defined functional areas, specifically engineered for effective acid and alkali waste gas treatment. Core Components The system consists of six essential elements: Tower body (cylindrical or square structure) High-efficiency spray system Precision air distribution system Advanced demisting layer
