Scopri le soluzioni ad alte prestazioni a base di HPMC, HEMC, HEC e CMC, progettate per il settore edile, dei rivestimenti, dei prodotti per la casa, della cura della persona, farmaceutico, alimentare e per formulazioni industriali specializzate.
LANDERCOLL offre una gamma mirata di prodotti a base di eteri di cellulosa, sviluppati per soddisfare le moderne esigenze produttive in diversi settori industriali. Che abbiate bisogno di una ritenzione idrica affidabile, di un'efficace capacità addensante, di un controllo reologico, di stabilità della sospensione o di proprietà filmogene, la nostra gamma di prodotti è studiata per contribuire a migliorare l'uniformità delle formulazioni, l'efficienza di lavorazione e la qualità del prodotto finale.
Choosing the right cellulose ether starts with understanding both the chemistry and the application. At LANDERCOLL, our product portfolio is designed to help customers match the right solution to their specific formulation goals, production processes, and performance requirements.
Our core cellulose ether products include HPMC, HEMC, HEC, and CMC. Each product family offers distinct functional advantages and can be used across a wide range of industrial sectors, from drymix construction materials and architectural coatings to liquid detergents, personal care systems, pharmaceutical formulations, food processing, and other specialty applications.
We do not believe in a one-size-fits-all approach. Different applications require different viscosity profiles, water retention behavior, thickening efficiency, compatibility, stability, and processing performance.
That is why we focus on helping customers identify the most suitable product category based on practical use conditions — connecting chemistry with real-world formulation outcomes.
Versatile cellulose ether for construction, detergents, pharmaceuticals, and more.
Hydroxypropyl Methyl Cellulose is one of the most widely used cellulose ethers in modern industrial formulations. It provides reliable water retention, thickening, workability improvement, adhesion support, and film-forming performance across a broad range of applications.
HPMC is commonly selected for tile adhesive, wall putty, skim coat, cement render, plaster, self-leveling compounds, liquid detergents, pharmaceutical systems, and additional industrial uses where balanced performance and formulation stability are required.
Its versatility makes it a preferred choice for customers seeking dependable functionality across multiple product systems.
Vedi HPMC
Hydroxyethyl Methyl Cellulose, also known as MHEC, is widely used in construction formulations that demand excellent water retention, improved open time, better anti-sag behavior, and smooth workability.
This product family is particularly well suited for mortar-based systems such as tile adhesive, wall putty, plaster, masonry mortar, gypsum products, and insulation-related formulations.
It helps manufacturers improve processing consistency while supporting better application performance on the job site — from mixing and pumping to spreading, finishing, and curing.
For customers focused on drymix construction materials, HEMC / MHEC remains an important option within the cellulose ether portfolio.
HEC · Capitolo IV
Effective thickening and rheology control for water-based systems.
Hydroxyethyl Cellulose is a highly effective thickener and rheology modifier for water-based formulations. It is widely used where stable viscosity, smooth flow behavior, suspension support, and application consistency are critical.
HEC is commonly applied in paints and coatings, liquid detergents, household cleaners, shampoos, body wash, personal care products, and certain industrial systems. Its performance makes it especially valuable in applications where texture, leveling, storage stability, and ease of use are important.
Multifunctional performance for food, pharma, detergents, ceramics, and industry.
Carboxymethyl Cellulose is a versatile cellulose derivative used for thickening, stabilization, binding, suspension control, water management, and texture improvement in many formulation environments.
CMC is widely used in food systems, pharmaceutical products, household cleaning formulations, ceramics, and a range of industrial applications. It helps improve consistency, support process control, and enhance final product performance in both liquid and semi-solid systems.
For customers requiring broad functionality across different sectors, CMC offers a practical and adaptable solution — a single ingredient that adapts across categories.
Different formulations require different kinds of performance support. In many cases, customers do not begin by searching for a product name — they begin by searching for the function they need to improve. LANDERCOLL helps bridge that gap by connecting formulation needs with the right cellulose ether solution.
For improving body, viscosity, texture, and product consistency in liquid and semi-solid systems.
For helping cement- and gypsum-based systems maintain moisture and achieve better workability and curing.
For adjusting flow behavior, sag resistance, leveling, and application feel in coatings and specialty products.
For supporting surface quality, cohesion, and protective film development where required.
For helping maintain uniformity in formulations requiring improved particle distribution and storage stability.
For supporting formulation integrity, material handling, and final product consistency.
Our cellulose ether product families are used across a wide range of industrial sectors. Each industry has different technical demands, and each product family offers distinct strengths that can be matched to those needs.
HPMC and HEMC / MHEC solutions for tile adhesive, wall putty, skim coat, render, gypsum products, self-leveling compounds, masonry mortar, and insulation mortar.
HEC and selected cellulose solutions for viscosity control, smooth application, leveling, and formulation stability in water-based coatings.
HPMC, HEC, and CMC options for thickening, texture control, and stable performance in cleaning and liquid detergent systems.
HEC and related solutions for shampoos, body wash, hand soap, facial cleanser, and other daily-use formulations.
HPMC and CMC solutions for excipient functions such as binding, coating, controlled release, and formulation support.
CMC and selected cellulose solutions for stabilization, texture improvement, and consistency in food-related systems.
Product options for ceramics, oilfield, adhesives, textile printing, and other industrial uses requiring reliable functional performance.
“ The right product should do more than meet a specification. It should help improve process efficiency, support formulation targets, and create consistent results from trial stage to commercial production. ”
A focused cellulose ether portfolio covering major industrial needs across multiple markets — a complete toolkit for formulators.
“ Not just products on paper. Products that perform in real formulations. ”
Designed to help customers achieve stable viscosity, workable processing, and dependable end-use behavior — batch after batch.
Suitable solutions for standard requirements and application-specific formulation goals across diverse markets.
Responsive communication to help customers identify suitable products for sourcing, evaluation, and testing.
Our team is available to help you narrow down suitable options based on your application needs. Whether you are developing a new product, improving an existing formulation, or comparing multiple cellulose ether choices, LANDERCOLL can support your evaluation process with practical guidance and product recommendations.
To help buyers, formulators, and technical teams make better decisions, we provide access to useful product-related resources including brochures, application content, technical articles, and frequently asked questions. These materials are designed to support early-stage evaluation, product comparison, and industry-specific understanding.
Explore our cellulose ether product portfolio and connect with our team to identify a suitable solution for your formulation, production process, and market needs.
