Modulcheck

Enterprise R&D Management

Disclaimer: All calculations are for theoretical simulation purposes. Laboratory validation tests must be conducted prior to final industrial production.

Modulcheck

Version 17.6 • Global DB Edition

Enterprise R&D and Support Platform
Waiting for DB

Welcome to Modulcheck Platform

Your account currently has no authorized modules. Please contact the system administrator to request access.

System Permissions & Staff Management
Purpose: This screen is for administrators only. You can approve registered staff accounts and set which modules they can access.
Staff Email Address Role Status Authorized Modules Action
Smart Vehicle Advisor (Engine Oil Only)
Purpose: Lists the most suitable LUKOIL engine oil recommended for the selected vehicle's engine segment.

Make your full selection on the left or use search above to find the recommended LUKOIL engine oil.

Cross-Reference & Analogues Guide
Purpose: Identifies LUKOIL equivalents for competitor products or competitor equivalents for specific LUKOIL products.

Make a selection to view comparison and equivalent products.

Core Formulation Engine
Purpose: Calculates the final kinematic viscosity, Viscosity Index, CCS, and Total Base Number (TBN) of the blended lubricant based on component weight ratios.
Component Name / Code Wt (%) KV40 (cSt) KV100 (cSt) CCS (mPa.s) TBN
Total Wt: 0.00%
Estimated Properties
KV400.00
KV1000.00
Viscosity Index0
CCS0
Total TBN0.00
SAE & ACEA Specification Checker
Purpose: Validates whether the simulated oil properties meet the chosen SAE J300 viscosity limits and ACEA engine oil performance criteria (including SAPS limits).
AWAITING DATA TO VALIDATE STATUS
A. Kettle Thickening with Polymer (VM)
Purpose: Calculates the required amount of polymer viscosity modifier (VM) needed to correct an under-viscous production batch.

Laboratory Performance Data

Production Tank Status

Required VM Addition
Relative Dosing Ratio: 0.00%
0.00 kg
B. TBN Upping & Base Oil Thinning
Purpose: Determines the exact mass of thin correction oil or performance additive needed to correct high viscosity or low TBN in a production batch.

B1: TBN Upping

Required Additive
0.00 kg
Dosing Ratio: 0.00%

B2: Viscosity Thinning (Log)

Required Correction Oil
0.00 kg
Dosing Ratio: 0.00%
1. Find Ratio for Target Viscosity
Purpose: Calculates the specific blend ratios of available light and heavy base oils needed to reach a target viscosity.

Base Oil 1 (Light)

Base Oil 2 (Heavy)

Oil 1 Ratio
0.00%
Oil 2 Ratio
0.00%
2. Simulate Viscosity from Wt Ratios
Purpose: Estimates the final blend viscosity based on established weight percentages of two distinct components.

Component 1

Component 2

Blend KV40
0.00
Blend KV100
0.00
Blend VI
0
3. Base Oil Interchange (Read-Across) Tool
Purpose: Replaces an existing base oil combination with a new base oil series to maintain the exact pool viscosity, useful during supply chain shifts.
Phase 1: Existing Oils

Old Component A

Old Component B

Phase 2: New Replacement Oils

New Light Oil C

New Heavy Oil D

Optimized New Ratio

New Oil (C) Wt%
0.00%
New Oil (D) Wt%
0.00%
Matched Pool KV100
KV100: 0.00
CCS Predictor
Predicts the Cold Cranking Simulator (CCS) resistance of the engine oil blend at low temperatures logarithmically.

Component A

Component B

Estimated Blend CCS
0 mPa.s
NOACK Predictor
Estimates the high-temperature evaporation loss (NOACK, ASTM D5800) for two-component blends.

Component A

Component B

Estimated Blend NOACK
0.00 %
Flash Point Predictor
Calculates the Open Cup (COC) flash point of a blend, accounting for the volatile suppression of lighter components.

Component A

Component B

Estimated Flash Point
0 °C
HTHS Predictor
Predicts the High-Temp High-Shear (HTHS) dynamic viscosity at 150°C using base oil and polymer component data.

Base Oil Pool

VM Polymer

Estimated Final HTHS
0.00 mPa.s
Performance Radar & Specifications Library
Purpose: Visualizes the relative performance of engine oil specifications (API, ACEA, OEM) and provides an immediate comparison of their official technical limits (SAPS, HTHS, etc.).

Profiles to Compare

VM-Visc Recalculator
Purpose: Analyzes reverse dilution and solvency efficiency for polymer blends based on the API group characteristics and thickener type.

1. Laboratory Cut Measurements

2. Solvency Calibration Matrix

Calibrated Neat Polymer KV40
0.00
Calibrated Neat Polymer KV100
0.00
Density & Logistic Calculator
Purpose: Transposes gravimetric mass into volumetric yield, calculates packaging unit generation, and assesses logistics/truck loading limits.

1. Batch Metrics

Filling Volume @ 20°C
0.0 L
Dynamic D20 Corrected Density: 0.0000
Total Unit Yield
0
Theoretical Max Units
Full Pallet Count
0
Loose Units
0
Truck Loading Capacity (Max 24MT / 33 Pallets)
Weight Used: 0% Pallet Space Used: 0%
Visc-Temp Interpolation
Purpose: Projects the full viscosity-temperature curve using the Walther-MacCoull equation, allowing for precise kinematic viscosity estimations.

Laboratory Baseline Measurements

Projected Thermal Curve

Cold Cranking Profile (0°C)
0 cSt
Industrial Standard (50°C)
0.0 cSt
Normal Engine Temp (80°C)
0.0 cSt
High Temp High Shear (150°C)
0.00 cSt
Coolant Freezing Point
Purpose: Predicts the ultimate freezing point protection limit and identifies crystallization risk ranges for various engine coolant base chemistries.
50% Glycol 50% Demin. Water
Estimated Freeze Protection Limit
-37 °C
Grease Formulation
Purpose: Estimates the formal NLGI grade, worked penetration depth, and theoretical dropping point for industrial grease formulations.

1. Thickener System

2. Base Oil Pool

* The remaining percentage (6.5%) is allocated to the Additive Package.

Estimated Specifications

NLGI Grade NLGI 2
Worked Penetration
280 dmm
Base Oil Viscosity
115 cSt (@ 40°C)
Dropping Point
> 195 °C
Industrial Unit Converter
Purpose: Provides conversions between industrial units used in petrochemical and laboratory specifications.

Conversion Category

Input Values

Converted Result
0.00
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