Fixed Competitive Price SV-8000 PU Sealant for Insulating Glass for Lithuania Manufacturers

The company keeps to the operation concept "scientific management, high quality and efficiency primacy, customer supreme for Fixed Competitive Price SV-8000 PU Sealant for Insulating Glass for Lithuania Manufacturers, Welcome to contact us if you are interested in our product, we will give you a surprice for Qulity and Price.

Description

SV – 8000 two-component polyurethane insulating glass sealant is a neutral cure, mainly used for the insulating glass of the second seal. Product formulation to use its performance with high modulus, high strength, to meet the requirements of insulating glass assembly.

Where to use

It is a two-component PU sealant that offers variable work life with high bonding strength to maintain the integrity of insulating glass unit, suits both commercial and residential IGU.

Key Features

1. High Modulus

2. UV resistance

3. Low vapor and gas transmission

4. Primerless adhesion to coated glass

Technical data sheet

Certification

GB-24266-2009;

Color

Component A(Base) – White, Component B(Catalyst)- Black

Package

1. Component A(Base): (190L), Component B(Catalyst) (18.5L)

2. Component A(Base):24.5kg (18L), Component B(Catalyst): 1.9kg (1.8L)

Shelf life

12 months

Note

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

For more information on MakerBot Desktop 3D Printers visit – https://goo.gl/Yk8IOY
For more information on 3D Printing services, and finishing services for 3D printed parts visit – https://goo.gl/Q6hCyf
To purchase supplies for your MakerBot 3D Printer, or other desktop 3D printer visit – https://goo.gl/mhpbMi

SILICONE MOLDING WITH 3D PRINTED MASTERS

Silicone molding is a powerful production method that, when combined with 3D printing, can allow you to make several copies of one product.
SUPPLIES
3D printed mold box, hardware, vents & keys (read on for more info).
Master (the print you are molding)
Silicone
Resin and dye
Mixing cups
Mixing sticks
Mold release spray
Hot glue or cyanoacrylate glue
Funnel
Ex acto knife
Rubber bands, tape, or straps
Gloves
Respiratory mask
Eye protection

STEP 1: CHOOSE A FILE TO CAST A MOLD AROUND
Obtain a file that you would like to either make several of, or create in a material not supported by your printer.

STEP 2: CREATE A MOLD BOX
The next step is to create your mold box. This is the structure that will hold the silicone in place around your part when pouring. Your master will need to be suspended in this structure.
STEP 3: PREPARE AND PRINT
Select standard print settings.

STEP 4: SUSPEND MASTER IN MOLD BOX AND PREPARE
A: Spray your mold box, master, vents, and keys with mold release.
B: Choose prints across model to glue vents
C: With our 3D printed mold box we were able to glue our master directly onto the pour hole during preparation.
D: Spray again with mold release for good measure

STEP 5: OPEN BOTTLES OF SILICONE (PARTS A AND B) AND STIR THOROUGHLY
As silicone comes in two parts, it needs to be mixed both individually and once combined with its hardener.
Mix slowly using separate mixing sticks.
Open Silicone Parts

STEP 6: MEASURE
A: Determine the volume of silicone needed to fill your mold
B: Measure desired amount of silicone and hardener separately in two measuring cups.

STEP 7: MIX SILICONE
Once you have measured each part, combine the two parts into one mixing cup and stir slowly with a mixing tool.
Be cautious not to stir in air bubbles. Be sure to scrape the sides of the cup to mix in all material.
Once your parts are thoroughly mixed the curing process will begin.

STEP 8: POUR INTO MOLD PART ONE
Pour silicone into the first half of your mold box.
When pouring, pour slowly into one corner of the mold box and allow the silicone to run to other parts of the mold box as it fills.
Stop when the silicone reaches the top of the first half of your mold box.
Once you have poured your silicone place small keys into the silicone. These will create negative spaces and allow the mold halves to fit together once poured. We will remove them before pouring the second half of our mold.
Pour Into Mold

STEP 9: LET CURE
Depending on what type of silicone you are using it can take anywhere from 75 minutes to overnight to cure. Temperature and humidity will affect curing times, so we recommend this process be done in a room temperature environment.

STEP 10: ATTACH AND PREPARE MOLD PART TWO
Once our mold has set, we will prepare to pour the second half of our mold.
A: Remove the keys you inserted in step 9.
B: Attach and secure second half of mold box.
C: Spray with mold release

STEP 11: POUR INTO MOLD PART TWO
Repeat steps 5-9 and create the second half of your mold

STEP 12: LET CURE

STEP 13: BREAKDOWN MOLD AND REMOVE
Once both halves of your mold have cured you are ready to remove them from the mold box and begin using them to recreate parts.
A. Remove the hardware
B: Remove the mold from the mold box and open.
C: Remove the master and vents.

STEP 14: REASSEMBLE AND PREPARE MOLD
A: Ensure that all parts of your mold are correctly aligned, and plug any holes created by vents.
B: Secure mold pieces using rubber bands, straps, or tape.

STEP 15: MEASURE RESIN AND ADD DYE
Supplies Used: Resin (Part A & B), measuring cups, measuring sticks, dye.
Just as with silicone you will need to measure each part of the mixture taking into account the volume needed to create a part.
If you have made several molds, you can mix a larger quantity of resin and pour several molds at once.
Add dye to the part of the resin mixture specified in the instructions.

STEP 16: MIX RESIN
Combine both parts of the resin mixture and mix thoroughly being sure not to stir in air bubbles.

STEP 17: POUR RESIN
Once mixed, pour immediately into the opening of your mold using a funnel.
Pour slowly as not to overfill and spill resin.
Any resin that remains in the mixing cup will harden, but can typically be removed afterwards.
Pour Resin

STEP 18: LET CURE
Once poured, allow the resin to cure for the appropriate amount of time.

STEP 19: OPEN AND REMOVE
Once your resin has cured, you can open the mold and remove your cast part.
Any resin that escaped through seams or voids and cured is called “flash”. Flash will need to be removed from the part through post processing.

FINAL PART

Large areas to mould in silicone? We have the solution.

Model SG4 operates purely on a compressed air feed with no electrical supply required. It is easily transported and can be specified with extension hoses that allow the unit to operate at height (from a scaffold for instance).

A specially developed 1:1 mix translucent addition cure silicone has been developed for the machine. It can be used with a thixotropic additive, so vertical surfaces can be coated.

Contact Polysil Ltd on 0151 632 4414 today to find out more.

This is the third in a series of four videos.