Factory Supplier for Siway MG PU FOAM for Uruguay Factories

Our development depends on the advanced equipment ,excellent talents and continuously strengthened technology forces for Factory Supplier for Siway MG PU FOAM for Uruguay Factories, We welcome new and old customers from all walks of life to contact us for future business relationships and achieving mutual success!

Description

MG PU FOAM is the expansion, moisture curing, has the strong cohesiveness, elastic foam obturator structure; Save work to save time, reduce waste; High bond strength;

Bubble can stick in the concrete, wood, metal, plastic, such as base material surface, but not including teflon, silicon resins;

Key Features

1. Noise silencing effect

2. Strong bonding strength

3. Water & weatherproof

4. Primerless adhesion to most building materials

Basic Application

1.Doors and Windows and wall body between the gap filling sealing, fixed bond

2.Language lab, studio, etc when decorating, gap to fill

Technical data sheet

Certification

JC 936-2004

Color

White

Package

750ml in Bottle * 12 per box

Shelf life

12 months

Note

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

1. Prepare the original molds: you must make sure your original molds perfect. fix it on a board. And fix the original mold on a board, then used four piece of board to enclose the original molds

2. Take 100g of part A and add 2g-4g of part B and mix the silicone rubber and curing agent evenly.
Notes: Moulding silicon rubber is a kind of flowing liquid and it contains two parts. Part A is a kind of white flowing liquid and part B is the curing agent. Remember to mix part A and part B evenly, otherwise the silicon rubber will be partly solidified and this will give birth to difficulties in your final operation. What’s more, the finished moulds will meet a short life. All of these will cause a waste of silicon rubber

3. Vacuum pumping
Without exception, this step takes less than 10 minutes. Otherwise, it will cause cross linking reaction, and no more further steps will be available.

4. Pouring molding
It is suitable for simple products with the smooth surface. Without any mold lines, which helps you save time and is easy for operation. Evenly and slowly perfuse the mixed silicone rubber into the square frame. After the cross linking reaction and the silicone rubber turns dry, you can take the products out. Thus, the mold has been done.
Please also find and check attached TDS for detailed information before you make the platinum silicone mold.

FOB: shenzhen 8.28USD

Any more information, pls feel free to contact Hugo at any time.
TEL:0086-755-89948019
MOB:0086-18938867514
EMAIL:hyhc(at)szrl(dot)net
Skype:hugo.chen007
Homepage:www(dot)szrl(dot)net

https://www.smooth-on.com/Vacuum-Bagging/c1334/index.html for more information about vacuum bagging.

The aftermarket auto parts industry has grown significantly over the past decade. Increased competition and short lead times have created a demand for faster production methods and techniques. Implementing Smooth-On’s vacuum bagging silicone into a resin infusion production method has enabled manufacturers to shorten turn-around time by reducing labor required to tailor the bag and make a part. And because the silicone bag is reusable, the cost of consumables is minimized, if not eliminated.

Making Re-usable Vacuum Bags Offers Several Advantages;
* Reusable Bags Reduces Labor Costs Up To 90%
* Reusable Bags Can Be Used To Quickly Produce Many Parts
* Cured Silicone Rubber Resists Attack from Chemically Harsh Resins
* Heat Resistance up to 500°F / 260°C
* Non-hazardous; No Odor
* Reusable Bag Eliminates Traditional Bag Film Waste

“Smooth-On’s vacuum bagging silicone has reduced our time to make a part by more than 50%.”
Danny Dispenza – Owner
Nordan Composite Technology
Composite part specialist for Formula 1,
Grand Prix and Indy racing cars
Patchogue, NY USA

Prepare the Tool
2 coats of paste wax are applied to the tool. Allow to dry at room temperature. Wax is buffed to a glossy finish. 2 coats of PVA are applied to the tool. Allow to dry at room temperature.

EpoxAcoat Red: Surface Coat Resin
EpoxAcoat Red is dispensed and mixed thoroughly. 2 coats of EpoxAcoat Red are applied. Allow EpoxAcoat Red to partically cure for 1 hour. Vacuum host is attached to the underside of the tool and secured. Vacuum system, including resin trap, is ready for the infusion process. Glass matting is laid onto tacky surface coat. Vacuum bag made using Smooth-On’s EZ-Spray Silicone 20. Pre-engineed channel secures bag to tool, allowing for 100% positive vacuum. Custom made vacuum bag conforms to the tool surface.

EpoxAmite 100 Laminating Epoxy
EpoxAmite is dispensed and mixed thorougly. Vacuum is turned on to start the infusion process. Clamp is removed from resin feed line. Resin flows into bag under vacuum. Resin thoroughly and uniformly saturates glass under vacuum. Bag translucency allows for visual monitoring of the rate of resin infusion. When glass matting is fully saturated, feed line is clamped off. Resin is allowed to fully cure under vacuum at room temperature.

Demold
Vacuum bag is removed. Silicone vacuum bag is ready for another cycle. Finished part is removed from tool. Vacuum bag produces a part that is precise, void free and has a perfectly smooth finish.

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