Lime Powder Tech
SKU
RXSOL-19-1495-025
Supply Location:
Locations
Lime Powder Tech manufacturer supplier distributor in Mumbai, Kandla, Kolkata, Vizag, Chennai, India, Fujairah, Dubai UAE, Muscat Oman, Kenya Africa. Get the best quality of Lime Powder Tech at a competitive price from us. We have ready stock of Lime Powder Tech in India, UAE Gulf, Oman, Kenya Africa. Contact us for bulk as well as small orders.
SURAT CHEMICAL TAG:
Category
Variations
Extra Pure suitable for Coating on metal surface. Lime Powder supplier in India - Middle East.
Remarks
how to mix lime powder, milk powder sugar in water to protect ship hold block
Here’s how to do it correctly:
Purpose:
This mixture forms a protective whitewash layer that:
Prevents cargo from sticking to the hold surface
Acts as a sacrificial barrier, reducing corrosion and making cleaning easier
Ingredients & Ratio (Per 100 Liters of Water):
Lime Powder (Calcium Hydroxide) – 5 to 7 kg
Milk Powder – 1 to 2 kg
Sugar – 1 to 2 kg
Mixing Instructions:
Fill tank or drum with clean, fresh water.
Slowly add lime powder while stirring constantly to avoid clumping.
Add milk powder and sugar, continuing to stir until fully dissolved.
Let it sit for 5–10 minutes for the mixture to become smooth and uniform.
Stir again before use.
Note
WHY LIME MIXTURE COATING is required on SHIP HOLD?
Purpose of Lime Coat on HOLD of VESSEL.
Purpose of Lime Coat on HOLD of VESSEL.
Solution of Lime mixture with Milk Powder and Sugar forms a protective whitewash layer that:
Prevents cargo from sticking to the hold surface
Acts as a sacrificial barrier, reducing corrosion and making cleaning easier.
Lime stone powder ( Calcium carbonate )
CaCO3: 98.5 %
SiO2 :0.06 %
Fe2O3 : 0.009 %
Al2O3 : 0.031 %
MgO :0.40 %
L O I : 43.63 %
pH : 8.2
g/ cm3 :2.41
When Lime Coat is required on SHIP HOLD?
Mixing lime powder, milk powder, and sugar in water is a traditional and economical way to form a temporary protective coating inside a ship's cargo hold — especially before carrying cement, clinker, or other corrosive or powdery bulk materials.
Mixing lime powder, milk powder, and sugar in water is a traditional and economical way to form a temporary protective coating inside a ship's cargo hold — especially before carrying cement, clinker, or other corrosive or powdery bulk materials.
How to apply LIME MIXTURE?
Application Method of Lime Mixture Coating Method
Application Method of Lime Mixture Coating Method
Apply using airless spray, mop, or brush to the inner surface of the cargo hold.
One coat is generally sufficient, but a second coat can be applied for extra protection.
Let it dry completely before loading cargo.
How to mix Lime Powder, Milk Powder Sugar in Water to protect Ship Hold Block?
Mixing lime powder, milk powder, and sugar in water is a traditional and economical way to form a temporary protective coating inside a ship's cargo hold — especially before carrying cement, clinker, or other corrosive or powdery bulk materials.
Ratio Calculation for 100 Ltr Water:
Lime Powder (Calcium Hydroxide) – 5 to 7 kg
Milk Powder – 1 to 2 kg
Sugar – 1 to 2 kg
Note: Adjust proportions based on coverage area and vessel hold condition.
MIXING PROCEDURE:
Fill tank or drum with clean, fresh water.
Slowly add lime powder while stirring constantly to avoid clumping.
Add milk powder and sugar, continuing to stir until fully dissolved.
Let it sit for 5–10 minutes for the mixture to become smooth and uniform.
NOTE: Stir again before use.
Application Purpose:
This mixture forms a protective whitewash layer that:
Prevents cargo from sticking to the hold surface
Acts as a sacrificial barrier, reducing corrosion and making cleaning easier
Precautions:
Use PPE: Gloves, goggles, and mask (lime is caustic).
Do not use on aluminum surfaces – lime can cause pitting.
Clean equipment immediately after use to avoid clogging.
Other Grade suitable for effluent / chemical treatment :::---
| Grade |
A |
B |
C |
D |
E |
F |
| %of Available lime as CaO(OH2) | +90 | +83 | +80 | +75 | +70 | +65 |
| Active CaO(%) | +68 | +64 | +60 | +56 | +52 | +49 |
| Acid Insolubles (Max %) | 1.0 | 1.5 | 3.0 | 4.0 | 4.5 | 6.0 |
|
Iron and Alumina as Fe2O3 & AI2O3 |
In Traces | In Traces | In Traces | In Traces | In Traces | In Traces |
| Magnesia as MgO Max (%) | 1 | 1 | 1.25 | 1.5 | 2 | 2.5 |
| MESH (BSS) | 250 | 200 | 200 | 150 | 150 | 150 |
| Packing | PP/HDPE | PP/HDPE | PP/HDPE | PP/HDPE | PP/HDPE |
PP/HDPE |
