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Specialty Chemical Solutions
High-performance chemical formulations and advanced materials engineered for industrial protection, chemical stability, and operational excellence.
Technical Authority Guide
Looking for Industrial Additives & ASTM-Benchmarked Formulations?
Explore our full engineering breakdown across Automotive, Metalworking, Electroplating, and Surface Treatment.
SPECIALTY CHEMICAL CATALOG
Formulated for Material Protection & Performance
Select a specialized formulation below to inspect detailed chemical specifications, protective features, and industrial applications.
Product details & specs
SusCat-I
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SusCat-I is a high-performance cationic polymer designed for industrial formulations requiring exceptional efficiency at low dosage levels. The product exhibits excellent water solubility and delivers superior performance across metalworking, electroplating, and oilfield applications.
Key Features
Exceptional performance at low dosage
Excellent water solubility
Improves process efficiency
Suitable for multiple industrial applications
Cost-effective formulation additive
Specifications
Product Type: Cationic Polymer
Appearance: Clear to cloudy amber viscous liquid
Solubility: Highly soluble in water
Performance: Highly effective at very low dosage levels
Application: Multiple industrial formulations
Applications
Electroplating Industry (levelling & brightening agent)Metal Working Fluids (tramp oil separation)De-emulsifier ApplicationsOilfield Applications (scale & corrosion inhibition)Industrial Water TreatmentSpecialty Chemical Formulations
Custom Formulations & Substrate Protection
Custom Industrial Additives & Material Protection
Engineered & Synthesized in Vadodara, Gujarat under ISO 9001:2024 quality controls. Valtrix custom additive formulations deliver robust corrosion resistance, eliminate sludge formation, and guarantee up to 45% annual downtime reduction across heavy industrial manufacturing.
Industrial Additives
Prevent varnish & oxidation sludge, reduce unexpected downtime up to 45%, and improve fluid efficiency.
- 65% Oxidation Sludge Prevention
- ISO 4406 Cleanliness Line Protection
CNC Lubricants
Protect heavy gearboxes under peak torque and extend fluid drain intervals by 3.0x.
- 40% Component Wear Scar Reduction
- Extreme Pressure (EP) Chelate Shield
Bio-Stable Coolants
Extend coolant sump life by 3.5x, improve cutting tool lifespan, and eliminate foul odors.
- 48% Extended Cutting Tool Lifespan
- Formaldehyde-Free Eco Chemistry
Electroplating Solutions
Ensure uniform deposition thickness (±0.5 µm) and reduce bath drag-out chemical waste by 35%.
- 94% Cathode Current Efficiency
- Zero Hydrogen Embrittlement
Surface Treatments
Deliver 300% ASTM B117 salt-spray corrosion resistance with eco-friendly passivation chemistry.
- 1,500+ Hours Salt Spray Barrier
- Hexavalent Chromium-Free
Featured Core Products
Proprietary industrial formulations engineered for severe duty environments:
- • Rust Converter VAM RC 01
- • Polyurethane Building Blocks
- • High Build Coatings
Regional R&D & Manufacturing Plant
Engineered & Synthesized in Vadodara, Gujarat
Valtrix Advance Material Pvt. Ltd. operates an ISO 9001:2024 certified plant in Vadodara, Gujarat delivering custom additive blending and material protection.
PROVEN RESULTS
What You Can Expect
Benefits from manufacturers using VAM VALTRIX solutions
1
Faster Lead Times
Streamlined procurement cycles with efficient material sourcing and delivery.
2
Reliable Fulfillment
Consistent, dependable service across all orders and product lines.
3
Complete Order Visibility
Track every step from quote to delivery in your account dashboard.
4
Rapid Custom Request Response
Quick turnaround when you need specialized materials outside the standard catalog.
Standard Operating Procedure (SOP)
How to Convert CNC Machine Sumps to VAM-CoolSyn™ Biostable Fluids
A 5-step engineering conversion protocol validated by Valtrix field chemists to prevent bacterial shock, eliminate foaming, and maximize tool life during fluid changeovers.
1
In-System Cleaner & Biocide Pre-Treatment
T - 8 HoursAdd 1% to 2% VAM System Cleaner concentrate directly to the depleted coolant 8 hours prior to shutdown while running regular production to penetrate biofilm in coolant lines.
2
Mechanical Sump Drain & Tramp Oil Extraction
Step 2Completely pump out depleted fluid, vacuum settled swarf and metallic chips from the sump bottom, and skim all free tramp oil from hydraulic leaks.
3
Demineralized Water High-Pressure Rinse
Step 3Circulate a 1% light rinse batch through machine lines for 15 minutes to flush dislodged fungal particulates, then pump dry.
4
Fresh VAM-CoolSyn™ Charge & Refractometer Calibration
Step 4Charge the sump with fresh demineralized water and add VAM-CoolSyn™ concentrate to achieve an 8%–10% Brix refractometer reading (Brix factor 1.0).
5
48-Hour Fluid Telemetry & pH Baseline Verification
VerificationVerify initial pH stabilizes at 9.2–9.4. Check tramp oil coalescer operation and record refractometer readings daily for continuous biostatic equilibrium.
Conversion Requirements
Tools Required:
- Optical / Digital Brix Refractometer
- Calibrated Digital pH Meter (pH 0–14)
- Sump Vacuum Cleaner & Sludge Pump
Supplies Needed:
- VAM System Cleaner Concentrate
- VAM-CoolSyn™ Biostable Coolant
- Demineralized / RO Makeup Water (<100 ppm hardness)
Total Estimated Time:
Approximately 4 hours per machine tool.
Ready to Eliminate Machinery Downtime & Optimize Chemistries?
Consult directly with Valtrix chemical engineers in Vadodara, Gujarat for custom additive formulations, sample requests, and technical audits tailored to your plant.