ModulCheck.
Enterprise R&D and Support Platform
Waiting for DB
Main Formulation
Calculate KV40, KV100, VI, and CCS density in real-time.
Smart Optimizer
AI-driven formula optimization for cost and performance.
AI R&D Lab
Generative chemistry for new molecular structures.
Tender Management
Reverse engineering and bidding strategy tools.
Platform Overview
System Status
Cloud Database
ACTIVE
AI Engine 17.6
READY
Welcome to Modulcheck Platform
Your account currently has no authorized modules. Please contact the system administrator to request access.
Admin Control Hub
System Management Tools
System Health
Secure Node
System Permissions & Staff Management
| Staff Email Address | Role Status | Authorized Modules | Action |
|---|
Central Database Management
Main Formulation
Raw material main library.
Lube Advisor
Vehicle make and engine oils.
Cross-Reference
Competitor cross-reference data.
Formula Library
Product formulation database.
Price List
Raw material costs (€/Ton).
Additive DB
Additive cross-reference data.
Tender Archive (Bulk)
Bulk past QC formulas for tender search engine.
Raw Material Technical Data Management
Purpose: Quickly update component values (KV40, KV100, CCS, TBN) without needing to re-upload the Excel file.
| Component Name | KV40 | KV100 | CCS | TBN | PP (°C) | Category | Chemistry | SSI (%) | Stock | Action |
|---|
Additive Cross-Reference Management
Purpose: Quickly update additive cross-reference data (Performance, Supplier, Code) without needing to re-upload the Excel file.
| Performance / Category | Supplier | Additive Code | Treat Rate (%) | Action |
|---|
System Audit Trail & Live Logs
Live monitoring of system module usage and user actions. All events are timestamped and archived.
| Time | User Identity | Action Type | Event Narrative |
|---|---|---|---|
| Establishing cloud connection... | |||
Edit Permissions
Add New Component
Özel CCS Profili
Elinizdeki kesin laboratuvar verilerini girin. Boş bırakılan sıcaklıklarda sistem matematiksel tahmin yapmaya devam edecektir.
Kayıtlı Formüller Arşivi
| Formül Adı | Tarih / Yazar | Özellikler | Maliyet | İşlemler |
|---|
Add New Additive
OR PASTE EXISTING LINK
Kullanım Oranı-
SAPS (Kül)-
TBN-
Yoğunluk-
Edit Additive
OR PASTE EXISTING LINK
Smart Vehicle Advisor (Engine Oil Guidance)
LUKOIL Expert Recommendation Engine
1
Category
2
Brand
3
Model
4
Result
Complete selection to view recommendation
Detailed Specifications & Alternative Products
| Lubricant Focus | Recommended Concept |
|---|
Cross-Reference & Analogues Guide
Global Database Navigation & Equivalent Matcher
Select a product to view the official LUKOIL equivalent and technical comparison
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.
Auto Lab PDF Analysis
PDF Sürükle veya Seç
| Component Name / Code | Wt (%) | KV40 (cSt) | KV100 (cSt) | CCS (mPa.s) | TBN | |
|---|---|---|---|---|---|---|
| Total Wt: | 0.00% |
Lab-Calibrated CCS
|
||||
Estimated Properties
| KV40 (cSt) | 0.00 |
| KV100 (cSt) | 0.00 |
| Stay-in-Grade KV100 | 0.00 |
| Viscosity Index (VI) | 0 |
| Cold Flow (CCS) | 0 |
| TBN (mgKOH/g) | 0.00 |
| SAPS (%) | 0.00 |
| Noack (%) | - |
| HTHS (cP) | - |
| Density @15°C | - |
| Flash Point (°C) | - |
| Pour Point (°C) | - |
| Total Cost | 0.00 €/kg |
A. Kettle Thickening with Polymer (VM)
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: 0.00%
0.00 kg
B. TBN Upping & Base Oil Thinning
B1: TBN Upping
Required Additive
Dosing: 0.00%
0.00 kg
B2: Viscosity Thinning (Log)
Required Thin Oil
Dosing: 0.00%
0.00 kg
1. Ratio Finder (Widman Simulation)
Determine exact ratios for target KV100
cSt
cSt
KV100 (cSt)
Oil 1 Ratio
0.00%
Oil 2 Ratio
0.00%
2. Viscosity Simulation Gauge
Predict blend properties from known rations
C1
C2
Blend KV40
0.00
Blend KV100
0.00
Blend VI
0
3. Base Oil Interchange (Read-Across) Engine
Interchange base oils while keeping additive pool constant
Phase 1: Existing Base Oil Pool
Existing Oil A
Existing Oil B
Other Formulation Components Locked (Additive, VM, etc.)
Phase 2: Optimized Simulation
New Oil C
Replacement
New Oil D
Replacement
New Ratio C
0.00%
Optimized Weight
New Ratio D
0.00%
Optimized Weight
Target Pool KV100
0.00
"Automatically solved to maintain pool viscosity constant."
Simulation Accuracy
100% READY
Global Additive Cross-Reference
Cross-reference alternatives by performance & brand
DATABASE COUNT:
0
| Application / Performance | Supplier | Additive Code | Actions |
|---|---|---|---|
| Use filters to explore additives... | |||
Tender & Reverse Engineering Engine
Smart Formula Optimizer
Purpose: Calculates optimum formulation components and dosages based on target performance and viscosity grade using historical data.
Learned Dosage
Scanning...
-%
| Component Type | Product / Code | Rate (%) | Unit Price | Cost Impact | |
|---|---|---|---|---|---|
| TOTAL COST: | 100.00% | - | 0.00 €/kg | ||
CCS Predictor
Predicts the final blend's CCS value by log-blending the low-temperature viscosity values of components.
Component 1
Component 2
Estimated Final CCS
0
mPa.s
6600 (MAX 5W)
Noack Volatility Predictor
Predicts the Noack evaporative loss (% m/m) of the final engine oil based on formulation ratios.
Component 1
Component 2
Estimated Final Noack
0.00
%
13.0 (ACEA C3)
Flash Point Predictor
Calculates the final flash point by accounting for the dominant effect of the more volatile component.
Component 1
Component 2
Estimated Flash Point
0
°C
210°C (MIN)
HTHS Predictor
Predicts the High-Temp High-Shear (HTHS) dynamic viscosity at 150°C using component data.
Base Oil Pool
VM Polymer
Estimated Final HTHS
0.00
mPa.s
3.5 (MIN)
AI R&D Lab (Gen-AI)
NEW
Designs the 'Optimum/Cheapest' new formula within seconds tailored to target performance and viscosity by learning from historical R&D data (Big Data).
Each run auto-compares 3 strategies: Eco / Balanced / Premium.
Yapay Zeka Geçmiş Verileri ve Limitleri Analiz Ediyor...
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
| Technical Limit | Spec 1 | Spec 2 |
|---|---|---|
| HTHS @ 150°C (cP) | - | - |
| Sulfated Ash / SAPS (wt %) | - | - |
| Phosphorus / P (wt %) | - | - |
| Sulfur / S (wt %) | - | - |
| TBN (mg KOH/g) | - | - |
SAE & ACEA Specification Checker
Purpose: Validates whether the simulated oil properties meet the chosen SAE J300 viscosity limits and performance criteria.
AWAITING DATA TO VALIDATE STATUS
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
Calibration Active: Solvency efficiency loss estimated at 0%.
Calibrated Neat Polymer KV40
0.00
Calibrated Neat Polymer KV100
0.00
Density & Logistic Intelligence
Transposes gravimetric mass into volumetric yield, calculates packaging unit generation, and assesses logistics/truck loading limits.
1. Production Metrics
2. Volumetric & Logistics Analytics
Filling Volume @ 20°C
0.0 L
D20 Corrected: 0.0000
Total Unit Yield
0 Units
Theoretical Maximum
Full Pallets
0
Loose Units
0
Fleet Capacity Logic
24MT / 33 Pallets Standard Limit
Weight Utilization
0%
Volume (Pallet) Space
0%
Visc-Temp Dynamic Modeling
Projects the full viscosity-temperature curve using the Walther-MacCoull equation for precise kinematic viscosity estimations.
1. Baseline Parameters
Thermal Curve Mapping
Cold Cranking (0°C)
Phase 1 Entry
0
cSt
Industrial (50°C)
Standard Baseline
0.0
cSt
Operational (80°C)
Steady State Engine Temp
0.0
cSt
Extreme Heat (150°C)
High Shear Stability
0.00
cSt
Coolant Thermal Intelligence
Predicts the ultimate freezing point protection limit and identifies crystallization risk ranges for various engine coolant base chemistries.
1. Fluid Parameters
50% Glycol
Glycol Base
50%
Demin. Water
50%
Freeze Protection Limit
-37°C
Efficiency Reversal (Crystallization Risk)
Grease Molecular Design
Estimates the formal NLGI grade, worked penetration depth, and theoretical dropping point for industrial grease formulations.
1. Thickener System
2. Base Oil Pool
Additive Package Allocation: 6.5%
Technical Matrix
NLGI Grade
NLGI 2
Worked Pen.
280
dmm
Dropping Point
> 195
°C
Industrial Unit Converter
Provides conversions between industrial units used in petrochemical and laboratory specifications (API, ASTM, ISO).
Conversion Category
Converted Result
0.00
-
Tender & R&D Database
Geçmişte PDF yükleyerek "Kalibre Et" dediğiniz tüm ürünlerin otomatik hafızası.
| Formül / Ürün Adı | KV40 / KV100 | Parlama | TBN | Yoğunluk | Tarih | İşlem |
|---|