JayCel™ Microcrystalline Cellulose (MCC)
With optimized flow properties, compressibility, and stability, JayCell MCC enhances the efficiency and reliability of tableting and capsule-filling processes.
Microcrystalline Cellulose for Reliable Tablet Formulation
JayCel™ MCC is a pharmaceutical-grade Microcrystalline Cellulose designed to deliver excellent compressibility, binding efficiency, flow support, and formulation consistency. It supports robust tablet formation, uniform blend performance, controlled moisture behavior, and reliable processing across direct compression, wet granulation, nutraceutical, and specialty solid dosage applications.
Direct Compression Tablets
Supports strong compact formation, reliable hardness, and consistent tablet manufacturing performance.
Wet Granulation Formulations
Works as a functional binder and filler to improve granule strength and processing consistency.
Capsule Filling
Improves powder handling, blend uniformity, and filling efficiency in capsule dosage systems.
Nutraceutical Tablets
Suitable for supplements requiring dependable binding, compression, and formulation stability.
Moisture-Sensitive Formulations
Available in low-moisture grades to support APIs and formulations requiring enhanced stability.
Our Premium
Microcrystalline Cellulose Solutions
We offer high-quality Microcrystalline Cellulose designed for superior performance in pharmaceuticals, food, and cosmetic applications. Our excipients ensure purity, consistency, and reliability, meeting global regulatory standards for diverse industry needs.
Microcrystalline Cellulose (MCC)
Our JayCell range is designed for superior tableting performance, ensuring optimal flow, compressibility, and stability for various applications.
JayCel-101
Optimized for wet granulation and spheronization. Ensures uniform particle distribution, improving tablet strength and formulation consistency.
JayCel-102
Larger particle size with enhanced compressibility. Ideal for direct compression, offering better flow and improved disintegration properties.
JayCel-200
Low moisture content for moisture-sensitive formulations. Perfect for APIs prone to degradation, maintaining product integrity and shelf life.
JayCel-105
Fine particle size for enhanced binding properties.
Ideal for roller compaction, dry granulation, and improving tablet cohesion.
JayCel-305
Free-flowing and highly compatible with crystalline APIs. Ensures uniform blending and better dissolution rates in solid dosage forms.
JayCel-112
Coarser particles for high-compression formulations. Enhances tablet hardness while maintaining optimal disintegration.
JayCel-12
Balanced particle size for weight uniformity. Improves flow properties, reducing content variation in final formulations.
| Grade | Particle Size Distribution (µm) | APS | Bulk Density (g/ml) | Moisture | Mesh Distribution (%) | Performance | |||||
|---|---|---|---|---|---|---|---|---|---|---|---|
| D10 | D50 | D90 | >60 | >100 | >200 | Key Property | Main Application | ||||
| JayCel 101 | <30 | 40–60 | >80 | 50 | 0.26–0.34 | NMT 7% | <1% | 0 | <30% | Balanced performance | Wet granulation • Roller compaction • Standard tablet formulations • Binder/filler |
| JayCel 102 | <45 | 70–100 | >140 | 90 | 0.27–0.34 | NMT 7% | <8% | 0 | >45% | High compressibility & flow | Direct compression • Pharma tablets • DC formulations |
| JayCel 103 | <30 | 40–60 | >80 | 50 | 0.26–0.34 | NMT 3% | <1% | 0 | <30% | Low moisture | Moisture-sensitive formulations • Stable tablet manufacturing |
| JayCel 105 | 2–10 | 20–60 | — | 20 | 0.20–0.30 | NMT 5% | — | — | — | Fine particle | Fast dissolving tablets • Orodispersible • Taste masking |
| JayCel 112 | <45 | 100–140 | >140 | 90 | 0.28–0.34 | NMT 7% | <8% | — | >45% | Improved flow | Direct compression • Better die filling • High-speed tableting |
| JayCel 012 | <50 | 100–140 | >200 | 110 | 0.27–0.34 | NMT 7% | <0.5% | <50 | 70% | Coarse DC grade | High-speed tableting • Uniformity • Low weight variation |
| JayCel 014 | <50 | 100–140 | >200 | 110 | 0.27–0.34 | NMT 1.5% | <0.5% | <50 | — | Low moisture coarse | Moisture-sensitive DC • Stable API processing |
| JayCel 113 | <30 | 40–60 | >80 | 50 | 0.28–0.34 | NMT 1.5% | <1% | 0 | <30% | Low moisture 101 | Sensitive APIs • Stable formulations |
| JayCel 200 | <70 | 150–200 | >260 | 180 | 0.31–0.39 | NMT 7% | >50% | 0 | — | Excellent flow | High-speed compression • Robust tablets |
| JayCel 200LM | <70 | 150–200 | >260 | 180 | 0.31–0.39 | NMT 1.5% | >10% | >50% | 0 | Low moisture high flow | Moisture-sensitive high-speed tableting |
| JayCel 301 | <30 | 40–60 | >80 | 50 | 0.35–0.45 | NMT 7% | <1% | 0 | <30% | High density | Dense formulations • Better compressibility |
| JayCel 302 | <45 | 70–100 | >140 | 90 | 0.35–0.40 | NMT 8% | 0 | — | >45% | High density + flow | High-density APIs • Industrial tableting |
Choose the Right MCC Grade for Your Formulation
Each JayCel™ Microcrystalline Cellulose grade is designed with specific particle size, density, moisture, and flow characteristics to support different formulation needs.
JayCel™-101
Ideal for general tablet formulations requiring strong binding and compressibility.
- Bulk Density: 0.26–0.34 g/ml
- PSD D50: 40–75 µ
- LOD: NMT 7.0%
- Best For: Direct compression & wet granulation
JayCel™-102
Designed for better flowability and high-speed tablet manufacturing.
- Bulk Density: 0.27–0.34 g/ml
- PSD D50: 80–140 µ
- LOD: NMT 7.0%
- Best For: Faster die filling & production speed
JayCel™-103
Suitable for moisture-sensitive formulations needing low water content.
- Bulk Density: 0.26–0.34 g/ml
- PSD D50: 40–60 µ
- LOD: NMT 3.0%
- Best For: Moisture-sensitive APIs
JayCel™-105
Ultra-fine MCC for smooth blending and uniform distribution.
- Bulk Density: 0.20–0.30 g/ml
- PSD D50: 15–25 µ
- LOD: NMT 5.0%
- Best For: Fine dispersion & content uniformity
JayCel™-112
Combines low moisture with improved particle flow characteristics.
- Bulk Density: 0.27–0.36 g/ml
- PSD D50: 70–100 µ
- LOD: NMT 1.5%
- Best For: Low-moisture high-speed processing
JayCel™-113
Fine low-moisture grade for stable compression and formulation consistency.
- Bulk Density: 0.27–0.34 g/ml
- PSD D50: 40–60 µ
- LOD: NMT 1.5%
- Best For: Stable low-moisture tablets
JayCel™-200
Coarse MCC grade made for superior flow and high-speed manufacturing.
- Bulk Density: 0.30–0.40 g/ml
- PSD D50: 150–200 µ
- LOD: NMT 7.0%
- Best For: High-speed direct compression
JayCel™ MCC Grade Positioning Map
A simple visual guide to understand JayCel™ MCC grades based on particle size, flowability, moisture control, and formulation suitability.
JayCel™-105
Ultra-fine grade
D50: 15–25 µ
Best for fine dispersion
JayCel™-101
Standard fine grade
D50: 40–75 µ
General compression
JayCel™-103
Low moisture fine
LOD: ≤3.0%
Moisture-sensitive APIs
JayCel™-113
Low moisture fine
LOD: ≤1.5%
Stable compression
JayCel™-112
Low moisture flow
D50: 70–100 µ
Fast processing
JayCel™-102
High flow grade
D50: 80–140 µ
High-speed tableting
JayCel™-200
Coarse high flow
D50: 150–200 µ
Fast die filling
JayCel™ MCC Formulation DNA
A quick visual guide to compare JayCel™ MCC grades by particle size, flowability, moisture control, bulk density, and best formulation suitability.
JayCel™-101
JayCel™-102
JayCel™-103
JayCel™-105
JayCel™-112
JayCel™-113
JayCel™-200
JayCel™ MCC Grade Selection Ladder
A simple visual guide to select the right MCC grade based on particle size, moisture control, flowability, and manufacturing requirement.
1. Fine Dispersion
For uniform blending, smooth texture, and fine particle distribution.
2. Moisture Sensitive
For APIs and formulations requiring controlled or reduced moisture.
3. Low Moisture Flow
For low-moisture processing with better particle movement.
4. High-Speed Flow
For faster die filling, high-speed compression, and large-scale production.
JayCel™ MCC Grade Staircase
A simple 3D visual guide showing how JayCel™ MCC grades progress from ultra-fine dispersion to high-flow, high-speed compression applications.
105
Ultra FineD50: 15–25 µ Fine Dispersion
101
Standard FineD50: 40–75 µ General Binding
103
Low MoistureLOD ≤ 3.0% Sensitive APIs
113
Ultra Low MoistureLOD ≤ 1.5% Stable Tablets
112
Low Moisture FlowD50: 70–100 µ Fast Processing
102
High FlowD50: 80–140 µ High-Speed Tableting
200
Coarse High FlowD50: 150–200 µ Fast Die Filling
Fine Zone
Best for uniform blending, fine dispersion, and binding performance.
Moisture-Control Zone
Best for moisture-sensitive APIs and improved formulation stability.
High-Flow Zone
Best for fast die filling, direct compression, and high-speed production.
Get Your JayCel™ MCC Trial Sample
Evaluate the performance of JayCel™ MCC grades in your formulation with our pharmaceutical-grade sample support. Connect with our technical team to identify the most suitable MCC grade for compression, flowability, moisture control, and processing efficiency requirements.