Cellulose & Starch Ethers
Explore when the technical problem involves water retention, thickening, workability, open time, sag resistance, suspension or formulation consistency.
Product Selection Guides
Two additives can look similar on paper and still behave differently in a real formulation.
MICHEM product selection starts with what you are producing, how the material is applied and which performance targets matter most. Technical data then helps narrow the options before laboratory and customer trials confirm the final choice.
Use these guides to prepare a clearer product-selection brief before requesting a grade or sample.
Selection Framework
Five stations on one rail — from finished material to verified performance. Follow the track before requesting a grade or sample.
Begin with the finished material. The application determines which functions matter and which product families should be evaluated.
Avoid asking only for “HPMC,” “RDP” or “fiber.” Instead, identify the result you need to improve.
A product does not work in isolation. Share enough system context — without unnecessary proprietary detail.
Match the technical problem to a MICHEM product family before comparing individual grades.
Laboratory evaluation and customer trials confirm the final choice under real production conditions.
Product Families
Start with the performance problem, then enter the family most likely to address it.
Explore when the technical problem involves water retention, thickening, workability, open time, sag resistance, suspension or formulation consistency.
Explore when the target involves adhesion, cohesion, flexibility, impact resistance, water resistance, flow or other polymer-modified mortar properties.
Explore when the target involves water reduction, flow, workability and compatibility in cementitious systems.
Explore when the target involves plastic-shrinkage crack control, reinforcement, toughness, fatigue resistance, impact performance or durability.
Explore when a formulation requires more specific control of air, hydrophobicity, setting, early strength, rheology or another focused performance area.
Selection Logic
A viscosity value, ash content, bulk density, MFFT or particle size can help describe a product, but a single number should not be the only selection criterion.
This is why MICHEM combines product data with application evaluation.
Performance Matching
When replacing an existing raw material, provide:
MICHEM can then evaluate whether an existing grade may be suitable or whether further adjustment should be considered.
Product matching should be based on actual performance rather than appearance or a single specification.
System Thinking
For a new formulation, begin by defining the finished-product requirements before choosing individual additives.
When several materials are involved, evaluate how they work together. Improving one property can influence another part of the system.
A balanced selection process is more useful than optimizing each additive independently.
Verification
Selection narrows the shortlist. Testing confirms the grade under controlled and production conditions.
Compare candidate grades or dosage directions under controlled conditions.
Confirm performance using your own raw materials, equipment and production conditions.
If the result does not meet the target, review product selection, dosage, formulation compatibility and processing conditions before changing direction.
Next Step
Send us your application, target performance, current material information and destination market. Our technical team can recommend a practical starting point for evaluation.