Online Exporter Defoamer WT-9A Defoamer, Antifoam for water treatment for US Factory
SIXIN® DEFOAMER WT-9A FEATURES ● Composed of fatty alcohol polyether, synergist and dispersing agent. ● Good effects during storage period. ● Good antifoam performance even at higher temperature(100℃) ● Stable in strong alkali environment(pH 12) ● Have good compatibility with application systems(detergent,metal work fluid,etc). TYPICAL PROPERTIES Index Result Test method Appearance Colorless to canary yellow liquid,allow layering after long long-term storage Ocular esti...
Online Exporter Defoamer WT-9A Defoamer, Antifoam for water treatment for US Factory Detail:
SIXIN® DEFOAMER WT-9A
● Composed of fatty alcohol polyether, synergist and dispersing agent.
● Good effects during storage period.
● Good antifoam performance even at higher temperature(100℃)
● Stable in strong alkali environment(pH 12)
● Have good compatibility with application systems(detergent,metal work fluid,etc).
Colorless to canary yellow liquid,allow layering after long long-term storage
Dispersible in water
1% in water
|Note：The information above is for reference and shall not be deemed as a technical indicator.|
- Industrial cleaning(steel plate,wine bottle cleaning,etc )
- Metal working fluid
- Landfill leachate
50/200kgs plastic drum/IBC
9 months from the date of manufacture.
Defoamer Herbicide,Antifoam Herbicide,Defoamer Agriculture,Antifoam Agriculture
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With our rich experience and considerate services, we have been recognized as a reliable supplier for many international buyers for Online Exporter Defoamer WT-9A Defoamer, Antifoam for water treatment for US Factory, The product will supply to all over the world, such as: Spain , Saudi Arabia , Oman , Since its foundation , the company keeps living up to the belief of "honest selling , best quality , people-orientation and benefits to customers. " We are doing everything to offer our customers with best services and best products . We promise that we'll be responsible all the way to the end once our services begin.
How to Make a Concrete Stamp Using PMC-780
0:41 – Stone Paver Model Preparation
1:33 – Stone Paver Layout
3:32 – Making the Mold Box
4:46 – Creating Artificial Grout Line
6:12 – Making Handling Straps
7:15 – Mixing and Pouring PMC-780 Mold Rubber
9:06 – Demold
PMC-780 is a high performance urethane rubber that offers exceptional strength, durability and abrasion resistance.
Advantages of Stamping Concrete:
* Limitless design options
* Can be made to look like brick, stone, wood and more
* Stamp concrete indoors or out
* Lower labor and material cost
* Complete any project in a fraction of the time
* Lasting Durability: Concrete lasts for years and requires low mainenence
Stone Paver Model Preparation (0:41)
Melamine board will be used as the base. Our model is a concrete stone paver. Stone paver dimensions: 12″x12″x1″ (30.5cm x 30.5cm x 2.5cm). Four pavers will be used to create the model. Sonite Wax will be used to seal the stone paver. Sonite Wax is applied over entire face surface of the paver with a brush. Sealing is required to prevent adhesion during the mold making process. The process is repeated for the other pavers.
Stone Paver Layout (1:33)
Place the first paver a few inches from the edge of the baseboard. A second paver is placed with a 1/4″ (0.6cm) gap in between to represent the grout line. The last two pavers are offset from the first row. A 1/4″ grout line is maintained throughout the pattern. Paint sticks are used as spacers for creating the artificial grout lines. A steel square (right angle) is used to square the pavers. A pencil is used to create an outline of the pavers. The pencil outline will be used as a guideline when gluing the pavers to the baseboard. Hot-melt glue is applied to the inside perimeter of the outline. The glue holds the pavers in place to ensure proper placement when molding. Process is repeated for the other three pavers. Paint sticks are placed around the paver perimeter to represent outside grout line. Glue is used to adhere paint sticks together.
Making the Mold Box (3:32)
To construct the mold walls, measurements are taken from the outside edges. Melamine board is cut to size and will be used to construct the mold box walls. Remove all paint sticks. Place mold box walls into position. A 1/4″ grout line is maintained between pavers and around the perimeter. Walls are secured with drywall screws. Paint sticks are placed around the mold box perimeter to ensure proper grout spacing.
Creating Artificial Grout Line (4:46)
Sculptex non-sulfur based clay will be used to fill in the grout cavity. Sculptex is easily cut into 1/4″ sefments with a knife. The clay is used to fill in the caity to create an artificial grout line. Remove spacers as needed. Clay is also placed along mold box walls. A chisel is used to create a “pointed grout” line in the clay. A chip brush is trimmed to stiffen the bristles. The brush is used to create a sanded grout texture. Hot-melt glue is applied to all seams of the mold box, preventing any leaks of mold rubber. Universal Mold Release is applied to all surfaces to prevent adhesion of the mold rubber.
Making Handling Straps (6:12)
Nylon webbing will be used to form straps that will be incorporated into the stamp. Two sections of nylon webbing are cut to approximately 14″ (35.6 cm) in length. Webbing is looped to form a handle. The loop is held in place with a staple. Gallon containers will support the bridge in which the handles are suspended. Two paint sticks are glued together and will act as a bridge to support the webbing. The wood bridge is placed in the center of the mold box. Webbing is suspended 1/2″ (1.3cm) above the model.
Mixing and Pouring PMC-780 Mold Rubber (7:15)
PMC-780 Urethane Rubber Compound, mix ratio 2A:1B by volume. Part B is pre-mixed before using. SO-Strong pigments were used to transform the PMC-780 (amber in color) into an opaque orange. SO-Strong White is added to Part B, this will make the translucent rubber opaque. Color tint is blended into Part B. SO-Strong Orange is added to Part B and mixed. Part A is dispensed into a large mixing bucket. Dispense the pigmented Part B into Part A. Mix thoroughly for three minutes. Scrape sides and bottom of mixing container to ensure a proper mix of materials. Slowly pour the rubber into the mold box. Rubber should level off at least 1/2″ over the highest point of the model’s surface. Adjustments are made to ensure the web handles are encapsulated in the rubber and not touching the face of the model. Let the rubber cure for 48 hours at room temperature (73°F/23°C) before demolding.
A scraper is used to loosen the rubber from the mold box walls. Fully cured rubber is ready to demold. PMC-780 picks up all the detail from the original stone paver. PMC-780 rubber is durable yet flexible.
Make It Now! with Smooth-On
The automatic piston filling machine, shown being tested in house at Liquid Packaging Solutions, uses diving heads to help control foam and avoid spilling and splashing.
This versatile machine allows for an accurate volumetric fill and can handle a wide range of products. For more information on the piston filler or any of the other equipment manufactured by LPS, visit our website at:
Or call toll free at 1-888-393-3693 to speak with a Packaging Specialist.
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