Audited Supplier
LP-FX
R -
Carbon Chain Polymer
White Opaque Spherical Beads
Bag-in-Pallet; Bulk Bag; Vacuum Bag
2-3 Years
3 Years
True
ISO9001:2015; Wqa; TUV; SGS; MSDS
Air Parcel for Sample; Sea Transport for Orders
Offered
KP
48bags/Pallet
25Liters/Bag
Shanghai
3914000000
Product Description
LP-FX
Inert Laminating Polymer as Spacer Layer in Fixed-bed System
PRODUCT DATA SHEET:
LP-FX is one type of filling materials in the form of spherical inert polymer, aka 'laminating resin', which is polymerized by polystyrene with a relative density lighter than resin yet slightly heavier than water. As the non-exchange layer compacting above the resin layers inside the exchanger, LP-FX is generally of the same matrix as that of resin layer. To prevent layers from in disorder during resin regeneration, the resin surface is often covered with a 150-200mm thick pressed laminating layer.
LP-FX is most commonly used in fixed-bed countercurrent collection system. Take single cation-exchanger(aka cation-bed) as example: as soon as inlet water flows downstream from the top, the water-intake device thereby evenly distributes the water onto the passing section of the exchanger, meanwhile the laminating layer filled with LP-FX filters out the suspended solids &mechanical impurities in the water, so that the influent water can evenly contact on all areas of resins for full ion exchange capacity. Once resins get saturated, regenerant upflows from the bottom into resin layers, and followed by waste liquids after regeneration being discharged from the middle liquid-discharge device. Coordinated with the overlying LP-FX layer, resin layers, again are secured to be avoided from in disorder throughout reverse-flow regeneration, backwashing or collection process.
Overall, featured as of pressure-resistance, high comprehensive intensity, non-deformation and good stability, LP-FX laminating layer mainly acts as for filtration, water even-distribution and lamination within fixed-bed, reverse-flow floating-bed as well as dual-chamber layer floating-bed, and the like. LP-FX's usage helps stabilizing the operating flow rate and performance during water treatment engineering within various industries including F&B, petrochemical, electric power, metallurgy, pharmaceuticals, etc.
PROPERTIES:
LP-FX is most commonly used in fixed-bed countercurrent collection system. Take single cation-exchanger(aka cation-bed) as example: as soon as inlet water flows downstream from the top, the water-intake device thereby evenly distributes the water onto the passing section of the exchanger, meanwhile the laminating layer filled with LP-FX filters out the suspended solids &mechanical impurities in the water, so that the influent water can evenly contact on all areas of resins for full ion exchange capacity. Once resins get saturated, regenerant upflows from the bottom into resin layers, and followed by waste liquids after regeneration being discharged from the middle liquid-discharge device. Coordinated with the overlying LP-FX layer, resin layers, again are secured to be avoided from in disorder throughout reverse-flow regeneration, backwashing or collection process.
Overall, featured as of pressure-resistance, high comprehensive intensity, non-deformation and good stability, LP-FX laminating layer mainly acts as for filtration, water even-distribution and lamination within fixed-bed, reverse-flow floating-bed as well as dual-chamber layer floating-bed, and the like. LP-FX's usage helps stabilizing the operating flow rate and performance during water treatment engineering within various industries including F&B, petrochemical, electric power, metallurgy, pharmaceuticals, etc.
PROPERTIES:
| TECH-INDEXES: | SPECIFICATIONS: |
| Matrix: | Styrene-divinylbenzene Copolymer |
| Physical form: | White Opaque Spherical Beads |
| Functional group: | / |
| Ionic form as shipped: | Inert |
| Water retention(%): | ≤6% |
| Total mass exchange capacity(dry): | / |
| Total bulk exchange capacity: | / |
| Moisture true density: | 1.04~1.05g/ml |
| Moisture bulk density: | 0.70~0.88g/ml |
| Particle size: | 0.40~0.90mm(≥90%) |
| Uniformity coefficient: | ≤1.3 |
| Integrated beads ratio after grinding test: | ≥98℅ |
| Maximum swelling rate of resin after ionic state transition: | / |
SUGGESTED OPERATING CONDITIONS:
| Maximum operating temperature: | 100°C |
| Applicable PH range: | 0~14 |
| Minimum bed depth: | 150~200mm |
| Operating velocity: | <60m/h |
| Backwash stratified velocity: | 5~15m/h |
| Regenerant: | / |
| Level(Counted by 100%): | / |
| Concentration: | / |
| Slow rinse: | 2~3BV |
| Fast rinse: | 10 BV |
| *1 BV(Bed Volume)= 1m3 solution per m3 resin | |
1) Bags-on-Pallet
2) Bulk Bag-on-Pallet
3) Packet-in-Box-on-Pallet
Courier Services for Air Freight/Express(for sample proofing)
FedEx(TNT), UPS,DHL(BLUE DART), EMS, SF, ZTO, JD Logistics, Aramex,etc
Shipping Services for Sea Freight
ONE, MSC, MSK, COSCO, CMA, APL, RCL, KMTC, ZIM, YML, OOCL,MCC,ESL
PI Quotation Validity: 15days
Accepted Trading Incoterms: CIF(Insurance&freight fees included)
Payment terms: T/T Payment Received Before Shipment
Port of Loading: Shanghai Port, China
