Organotin poisoning, mistaken for "mental illness"? First, let me show you a news story. I. What is organotin? Organotin_Self Description Organotin compounds are metal-organic compounds formed by the direct combination of tin...
Top
Shortage of spot in Shanghai tin market, light trading
This morning, the main Shanghai tin 2107 contract continued the upward swing from Friday's overnight session, and closed at RMB 197,860/mt by midday break. Shanghai tin spot is still short, because of the futures price...
New
Developing new high-efficiency reactive foaming catalysts for bio-based polyols
Developing New High-Efficiency Reactive Foaming Catalysts for Bio-Based Polyols In the ever-evolving world of polymer chemistry, one area that’s been gaining traction—pun intended—is the development of high-efficiency reactive foaming catalysts, especially those tailored for use...
Reactive foaming catalysts for use in viscoelastic (memory) foams
Reactive Foaming Catalysts for Use in Viscoelastic (Memory) Foams: A Comprehensive Guide Foam, in its many forms, has become an integral part of our daily lives—from the mattress we sleep on to the car seats...
The application of high-efficiency reactive foaming catalyst in automotive seating
The Application of High-Efficiency Reactive Foaming Catalyst in Automotive Seating When you sink into a car seat, whether it’s on your morning commute or a long road trip across the country, you probably don’t think...
Investigating the emission profile and safety of reactive foaming catalysts
Investigating the Emission Profile and Safety of Reactive Foaming Catalysts Introduction: A Foam with Character Foam, in all its fluffy glory, has long been a cornerstone of modern industry. From the cushioning beneath your car...
All Categories
A
agricultural insecticideapplicationG
GlasswareK
knowledgeM
marketN
newsO
Other applicationsOrganic compounds of tinP
pharmaceutical intermediatesPolyester synthesis reactionsPVC heat stabilizersPolyurethane catalystsproductsQ
Q&AR
Refined tinS
SolderstandardSulfides of tinT
Tin alloyTin ScrapTin compoundsTin powderTin concentrateTin halides
products
- Tetrachloroethylene Perchloroethylene CAS:127-18-4
- Dabco NE1060/Non-emissive polyurethane catalyst
- Non-emissive polyurethane catalyst/Dabco NE1060 catalyst
- High efficiency amine catalyst/Dabco amine catalyst
- Dabco amine catalyst/Low density sponge catalyst
- Efficient reaction type equilibrium catalyst/Reactive equilibrium catalyst
- Dabco 33-S/Microporous catalyst
- Addocat 106/TEDA-L33B/DABCO POLYCAT
- TEDA-L33B/DABCO POLYCAT/Gel catalyst
- DABCO MP608/Delayed equilibrium catalyst
application
- U-CAT SA 851 catalyst CAS10026-95-6 Sanyo Japan.pdf
- U-CAT SA838A catalyst CAS12674-17-3 Sanyo Japan.pdf
- U-CAT SA 810 catalyst CAS12765-71-6 Sanyo Japan.pdf
- U-CAT SA 831 catalyst CAS111-34-2 Sanyo Japan.pdf
- U-CAT SA 841 catalyst CAS12674-17-3 Sanyo Japan.pdf
- U-CAT SA 102 catalyst CAS112051-70-6 Sanyo Japan.pdf
- U-CAT SA 506 catalyst CAS122987-42-7 Sanyo Japan.pdf
- U-CAT SA 603 catalyst CAS122987-43-8 Sanyo Japan.pdf
- U-CAT 651M catalyst CAS112-99-5 Sanyo Japan.pdf
- U-CAT 660M Catalyst CAS63469-23-8 Sanyo Japan.pdf
news
- Comparing the efficiency and cost-effectiveness of various high-efficiency reactive foaming catalysts
- Improving the processing window for polyurethane foam manufacturing with new catalysts
- The use of high-efficiency reactive foaming catalyst in rigid insulation foams
- Evaluating the influence of reactive foaming catalyst on foam adhesion properties
- High-efficiency reactive foaming catalyst strategies for sustainable foam production
- The effect of environmental conditions on the performance of reactive foaming catalysts
- The effect of catalyst dosage on the cure profile of polyurethane foams
- Finding the optimal high-efficiency reactive foaming catalyst for specific foam systems
- Reactive foaming catalysts for improved demold times in molded foam production
- Understanding the mechanism of high-efficiency reactive foaming catalysts in PU chemistry
market
- Silver-containing tin bullion 308-310 309 -4 Yuan/kg
- Environmental protection tin block 172-174 173 -6 Yuan/kg
- Pure tin lump 173-175 174 -5 Yuan/kg
- Tin dioxide 173000-175000 174000 0 Yuan/ton
- Stannous chloride 119000-121000 120000 0 Yuan/ton
- Thiol Methyl Tin 67000-69000 68000 0 Yuan/ton
- Stannous sulfate 126000-128000 127000 0 Yuan/ton
- 60% tin concentrate (Hunan) 185000-186000 185500 -4750 Yuan/ton
- Tin-based bearing alloy 175500-177500 176500 -4000 Yuan/ton
- Help, what is the standard for testing the tin content of organotin polymers?
knowledge
- Dibutyltin maleate
- The difference between laser soldering and soldering iron soldering
- Tin concentrate smelting
- High-performance sulfide electrolyte based on tin (Sn) element replacement for all-solid-state lithium metal batteries
- Tetrazinc Tin
- Do you really know about stabilizers?
- Ultra-thin two-dimensional tin sulfide for broadband photodetectors
- Dimethyltin dichloride
- The role of each metal element in the solder paste
- The basics of lead-free low-temperature solder wire