21 Years Factory SV-312 Polyurethane Sealant for Windshield Glazing to Argentina Factories

We pursue the management tenet of "Quality is superior, Service is supreme, Reputation is first", and will sincerely create and share success with all clients for 21 Years Factory SV-312 Polyurethane Sealant for Windshield Glazing to Argentina Factories, We warmly welcome business partners from all walks of life, expect to establish friendly and cooperative business contact with you and achieve a win-win goal.

Description

SV-312  is an isocyanate-free, high modulus,non conductive, thixotropic, single component modified polyurethane adhesive, which polymerizes rapidly under the effect of atmospheric moisture. It has been specially designed for bonding of fixed glass in automotive repair.

It allows a drive away time of 6 hours in vehicles with or without airbag.

*Providing the ambient temperature is at least 23°C and relative humidity 50 %.

At lower temperatures and humidities drive away time will be longer.

Where to use

Bonding and sealing for windshield glass, glass fiber reinforced plastic fittings, steel and aluminum board of automobiles.

Key Features

a. Fast curing under room temperature, no sagging, solvent free

b. High bonding strength, 

c. Good chemical and water resistance

d. No conductive

e. Excellent noise, vibration and impaction resistance

f. Automotive OEM quality

Technical data sheet

Color

White, black, grey

Package

300ml plastic cartridges and 600ml in sausage

Shelf life

9 months 

Note

If you want the TDS or MSDS or other details, please contact with our sales person.

How to Create a Solar Panel Water Heater
00:00:28 Steps
00:00:33 1 – Get a double-glazed unit for the sunlight to pass through
00:00:59 2 – Get a single-panel room radiator that is slightly smaller than the glass unit
00:01:20 3 – Build a strong wooden box to fit the double-glazed unit
00:01:59 4 – If the box will sit on a flat surface build a support so that the box can be installed perpendicular to the sun
00:02:20 5 – Treat the outside of the box to make the wood water resistant
00:02:31 6 – Glue aluminum kitchen foil to the plywood inside the box
00:02:42 7 – Screw two radiator brackets inside the box to support the radiator
00:02:54 8 – Insert a layer of 50mm thermal insulation slabs over the kitchen foil
00:03:07 9 – Fit the radiator onto the brackets and drill 20mm holes in the side of the box where the pipes will come out
00:03:31 10 – Plumb in the radiator so that two pieces of 15mm copper tube extends 100mm from the outside of the box
00:03:55 11 – Spray the front of the radiator matt black using heat resistant paint, such as that used for spraying the radiant parts of coal and gas fires
00:04:11 12 – Screw two angle brackets onto the bottom edge of the box and bend them up to stop the glass sliding off the box
00:04:25 13 – Run a bead of silicone sealant around the edge of the box and place lengths of electrical tape over the bead so the glass doesn’t stick to it
00:04:41 14 – Place the glass on the box and leave the silicon to set
00:05:00 15 – Screw L section UPVC strips to the three sides where the glass is flush with the box to prevent rain ingress
00:05:22 16 – Get rubber engine hose with an internal diameter of 15mm from a car parts shop and attach it to the 15mm copper tube with jubilee clips
00:05:49 17 – Finished

Content taken from WikiHow https://www.wikihow.com/Create-a-Solar-Panel-Water-Heater

This easy 3-step project demonstrates how to build an attic hatch that also provides insulation. Includes the tools you will need.