| Ceramic Industry |
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| SHREEJIBIND - Ceramic Binder for Traditional & Advance Ceramics |
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| A ceramic binder which improves the mechanical strength of green ceramic bodies so they can pass through the production process easily before firing without breakage. It also provides strength to the body in green stage for proper shaping and molding |
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 Enhances Green MOR by 3 – 4 times in Slip Casting and Plastic Body and 2 times in Dry Pressing |
| Debinding temperature below 350° C |
| Leaves minimal amount of ash after firing (<2.5% ) |
| To adjust the stiffness & plasticity in stiff casting & powder compaction in ceramic bodies |
| High powder loading due to its low viscosity in slip casting |
| Improves flexibility of green product |
| Low foam when formulated with ceramic powders |
| Unlike other water based materials is highly insensitive to changes in humidity |
| Can be blended with other lower or higher ceramic binders |
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Physical Properties
| Appearance |
Clear Liquid |
| Color |
Colorless |
| Odour |
Odorless |
| pH |
7.0 |
| Solubility |
100% Soluble in Water |
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| Depending on the process used and type of product (pottery, sanitary ware, Ferrite manufacturing, etc), we supply Shreejibind in three grades; viz:Shreejibind – HH (For high hardness product); Shreejibind – MH (For medium hardness product); and Shreejibind – LH (For low hardness product). |
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| Application |
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| A. |
Advance Ceramics |
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1. Ferrite manufacturing y etc |
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2.Capacitor manufacturing |
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3. Ceramic Fiber processing |
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4. Thick film Tape casting (Ink) |
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5. High alumina bod |
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| B. |
Traditional ceramics |
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1. Blue pottery |
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2. Bone china (Table ware) |
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3. Complex shape sculptures |
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4. Sanitary ware etc. |
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| Dosage |
| 3% + 1% based on process used. |
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| Shreejisperse |
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| Shreejisperse is added to ceramic slurry to improve dispersion and quality of extruded/moulded products. It works as deflocculant in breaking flocs and lower interparticle forces. Shreejisperse adsorbs on particle surfaces and prevents the approach of particles by electrostatic stabilization. |
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| Useful dispersing agent for variety of ceramic powder in water |
| Low molecular weight makes it effective at minimum usage |
| Viscosity of the slurry remains unchanged |
| Improves the flow and hence quality |
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Physical Properties
| Appearance |
Viscous Liquid |
| Color |
Colorless |
| Odour |
Odorless |
| pH |
7.5 – 8 |
| Solubility |
100% Soluble in Water |
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| Application |
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| A. |
Advance Ceramics |
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1. Ferrite manufacturing etc |
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2.Capacitor manufacturing |
| |
3. Ceramic Fiber processing |
| |
4. Thick film Tape casting (Ink) |
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5. High alumina bod |
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| B. |
Traditional ceramics |
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1. Blue pottery |
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2. Bone china (Table ware) |
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3. Complex shape sculptures |
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4. Sanitary ware etc. |
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| Uses : |
| 1. In ceramic industry it helps to recover clay from their affluent treatment plants. |
| 2. In paper industry it helps to recover pulp from the waste water in affluent treatment plants. |
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| Shreejiflow - SP |
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| Shreejiflow – SP is a lubricant cum flow improver in Ceramic Industries. It imparts anti-scumming properties in Ceramics. Shreejiflow – SP with the help of moisture it spreads throughout the ceramic mass and provides good internal & external lubrications. |
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Physical Properties
| Appearance |
Syrupy Liquid |
| Color |
Dark Brown |
| pH |
6.5 – 7.0 |
| Specific Gravity |
1.14 – 1.16 |
| Viscosity (at room temp.) |
14 – 16secs (in B/4 cup) |
| Solubility |
100% soluble in water |
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| Dosage : 0.5% to 1.0% based on dry powder |
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| Advantages : |
| It improves clay workability |
| It reduces need for die lubrications |
| It improves flow hence increases extrusion rate |
| It reduces free water, hence helps is faster drying thus saving fuel consumption |
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| Shreejifloc -SA |
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Flocculation is the agglomeration of particles into larger units called flocs, which settle and filter better due to their increased size. In recent years, water soluble organic polymers have been developed to provide more versatile and effective flocculation.
Shreejifloc – SA, flocculants should be considered wherever industrial processes require the separation of solid particles from aqueous solution during various stages of operations. The chemical is required in many processes ranging from the recovery of valuable minerals to the disposal of industrial waste. The separation process generally involves |
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| Clarification of turbid water |
| Thickening or concentration of suspended solids |
| Conditioning of sludge prior to filtration/centrifugation |
| Solid/Liquid separation as part of any manufacturing process |
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| Grades: We have three grades depending on the effective pH range |
| 1. Shreejifloc – SA (9-14) |
| 2. Shreejifloc – SA (0-6) |
| 3. Shreejifloc – SA (6-9) |
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| Physical Properties: |
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| Grades |
Shreejifloc – SA (9-14) |
Shreejifloc – SA (0-6) |
Shreejifloc – SA (6-9) |
| Appearance |
Amber Colored Jelly |
Colorless Jelly |
Yellow Jelly |
| Nature |
Anionic |
Non-Ionic |
Anionic |
| Specific Gravity |
1.01 |
1.02 |
1.04 |
| pH (as supplied) |
3.0 - 3.5 |
6.0 – 7.0 |
7.0 – 8.0 |
| Solubility (in water) |
100% soluble |
100% soluble |
100% soluble |
| Effective pH range |
9.0 – 14.0 |
0.0 – 6.0 |
6.0 – 9.0 |
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| Advantages : |
| 1. Shreejifloc – SA, helps to recover valuable materials/minerals from going down the drain |
| 2. Shreejifloc – SA helps to improve the clarity of the overflow, thus enables reutilization of the overflow water |
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| Uses : |
| 1. In ceramic industry it helps to recover clay from their affluent treatment plants. |
| 2. In paper industry it helps to recover pulp from the waste water in affluent treatment plants. |
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