20 Years manufacturer SV-900 Industrial MS polymer silicone sealant to Canada Factory
Short Description:
Description It is one component, primer less, can be painted, high quality joint sealant based on MS polymer technology, ideal for all sealing and boding on all materials. It is solvent free, environmental protection product. Where to use Sealing and bonding in housing area, bus, train, elevator, air conditioner, ventilation equipment. Used for installing fixed panel frame, windowsill threshold, and suitable for sealing on all materials surface, like painted metal, glass, wood, concret...
With our rich experience and considerate services, we have been recognized as a reliable supplier for many international buyers for 20 Years manufacturer SV-900 Industrial MS polymer silicone sealant to Canada Factory, We believe that a passionate, innovative and well-trained team will be able to establish good and mutually beneficial business relationships with you soon. Please feel free to contact us for more details.
Description
It is one component, primer less, can be painted, high quality joint sealant based on MS polymer technology, ideal for all sealing and boding on all materials. It is solvent free, environmental protection product.
Where to use
Sealing and bonding in housing area, bus, train, elevator, air conditioner, ventilation equipment. Used for installing fixed panel frame, windowsill threshold, and suitable for sealing on all materials surface, like painted metal, glass, wood, concrete, marble, natural stone, granite, bricks, mirrors, aluminum, steel, lead, zinc, common plastics, polystyrene, polyurethane and so on. Sealing the joint of ceiling, timber, gaps of water pipe, gutter on roofs, moved rooms, container, marine. Apply for interior and exterior family decoration, like floor adhesive systems, particular for laying floor tiles, suitable for kitchen, bathroom.
Key Features
1. Paint able
2. Sealing most materials
3. Excellent adhesion
Technical data sheet
| Test standard | Test project | Unit | value |
| Before curing——25℃，50%R.H. | |||
| GB13477 | density | g/m³ | 1.40±0.05 |
| GB2793 | Non-volatile components | % | 99.5 |
| GB13477 | Flow, sagging or vertical flow | mm | 0 |
| GB13477 | surface drying time（25℃，50%R.H.） | min | 30 |
| Curing speed | mm/24h | 3 | |
| Sealant curing speed and operating time will have different with different temperatures and temperature, high temperature and high humidity can make sealant curing speed faster, rather low temperature and low humidity are slower.14days after curing——25℃，50%R.H. | |||
| GB13477 | Durometer Hardness | Shore A | 32-38 |
| GB13477 | The ultimate tensile strength | Mpa | 2.5 |
| GB13477 | elongation at break | % | 400 |
Color
White, black, grey
Package
300ml plastic cartridges
Shelf life
12 months
Note
If you want the TDS or MSDS or other details, please contact with our sales person.
Other related videos:
How to strip and repair tap gland-seal
How to stop a monobloc tap outlet leaking (emergency repair)
Earlier today I noticed some water on the floor near the kitchen sink so opened the unit and saw a bit of a leak from the main stopcock that controls flow of water from rising main into the house. Water was dripping from the gland seal. Unfortunately since this is the main way of turning off the water supply* I couldn’t isolate the actual stopcock which ironically is the isolating valve for the cold water supply. So as this was an emergency repair I had to use PTFE tape which is a product that everyone should have in their toolkit.
Anyway – to carry out emergency repair;
Turn off the stopcock and remove handle by unscrewing the cross-head screw in the end of shaft.
Loosen off the gland seal retainer collar. The leak will worsen so put some old rags around it to mop up spills.
Try to extract the old gland packing which is either rubber, fibre or leather. If the tap is in awkward place or the old seal is rock hard and too tight to remove, you then have to wrap several turns of PTFE tape around the shaft as near to the gland seal as possible.
Now using a flat screwdriver and carefully push the tape right down into the gland seal (or what’s left of it)
Now install the gland seal retainer collar and tighten it up.
Now turn on the stopcock or tap/faucet and check for leaks. Ideally the old seal/packing is removed first but in the real world that sometimes doesn’t happen. If there’s still no leaks after a few hours then chances are you’ve fixed the problem. This is a ‘temporary repair’ so ultimately you will have to fit a new stopcock/tap/valve at some point. A useful tip is to regularly cycle any water supply valves, taps etc fully open and closed to keep them from sticking open or shut. Do this twice a year. Taps tend to seize more when they are fully open so it’s good practice to open them fully then back them off half a turn so the internal valve seat isn’t hard against the end stops.
*If the main water supply stop valve is leaking you’ll either need a pipe freezing kit or hope there is a main water supply cut-off along with the water meter or supply from the mains water. Worth making a note of where the stopcocks and other valves are located on your property.
Medical Murray at MD&M West 2013, Anaheim, CA https://www.mdmwest.com
https://www.medicalmurray.com
Accomplishing new minimally invasive procedures often requires the construction of complicated catheters to access different anatomies, deliver devices or drugs and incorporate sensors to assure proper results. This requires the combination of many materials to provide different flexibility, low friction, torsional resistance, multiple paths and functional components; all in small diameters. Materials commonly utilized to achieve the required results include Nitinol, polyurethane, high density polyethylene, stainless steel, silicone rubber, Pt-Ir, PTFE, conductive wires, etc. Techniques for assembling these complex catheters will be explained; to include braiding over multiple lumens, axial reinforcement, injection molded access ports integrated into the handles, silicone balloons bonded to polyurethane, release mechanisms and sensor integration.
