We speak refractories 24/7
Our designs are driven by your goals. We focus on streamlining your operations, optimizing kiln space, and enhancing refractory durability to deliver high-performance solutions that prioritize long-term energy efficiency.
Durability and maintenance
Engineered for kilns, kiln cars, and environments subject to thermal shock, abrasion, or corrosive atmospheres. We specify the optimal synergy of shaped refractories, castables, and mortars.
Energy efficiency
We evaluate thermal loss and current configurations to identify hidden efficiencies. Through advanced modeling, simulations, and component redesign, we deliver solutions that significantly reduce fuel consumption while boosting throughput.
Stability and security of supply
Secure your supply chain with Teide. Leveraging our in-house production and strategic stock, we provide seamless service continuity and the agility to deliver essential refractories on time, even in the most demanding international environments.
Durability and maintenance
Engineered for kilns, kiln cars, and environments subject to thermal shock, abrasion, or corrosive atmospheres. We specify the optimal synergy of shaped refractories, castables, and mortars.
Energy efficiency
We evaluate thermal loss and current configurations to identify hidden efficiencies. Through advanced modeling, simulations, and component redesign, we deliver solutions that significantly reduce fuel consumption while boosting throughput.
Stability and security of supply
Secure your supply chain with Teide. Leveraging our in-house production and strategic stock, we provide seamless service continuity and the agility to deliver essential refractories on time, even in the most demanding international environments.
Optimizing kiln cars to achieve up to 40%
in energy savings.
How We Do It
Kiln car design is a direct driver of overall energy consumption.
By engineering the optimal synergy between our pressed and extruded refractories and high-performance insulation products.
We conduct advanced FEM simulations to determine the optimal materials based on each client’s specific kiln thermal balance.
Expert final installation and efficient supervision: the cornerstones of our 360° refractory solutions.
Simulation Process
Objetive
To identify opportunities for energy consumption optimization within the client's kiln car system.
Our Methodology
By applying Finite Element Method (FEM) software, we calculate the energy stored in the kiln car throughout the client’s actual operating cycles (ranging from 10 to 80 hours).
Results
- Kiln Car Efficiency
- Energy Consumption Analysis
Maximize Your Thermal Efficiency:
The Art of Recovering Every Degree of Energy
In the ceramic industry, success is defined not just by what you manufacture, but by the energy you conserve. Understanding your kiln’s thermal breakdown is the essential first step toward a profitable and sustainable operation.
Thermal Balance Optimization
We analyze 100% of the variables, from reaction heat to sensible heat recovery, to minimize losses through TROW and insulation.
Carbon Footprint Reduction
We implement solutions that transform theoretical efficiency into tangible fuel savings, aligning your facility with the stringent energy demands of 2026.
Cutting-Edge Engineering
We don't just supply refractories; we re-engineer your process’s thermal dynamics to ensure every euro spent on energy adds value to your final product.
TEIDE REFRACTORY SOLUTIONS
Serving Clients Worldwide
We provide comprehensive global service through an established network of agents and partners across 30 countries.
España
Portugal
Reino Unido
Alemania
Francia
Italia
Croacia
Bosnia
Serbia
Bélgica
Holanda
Colombia
Canadá
Estados Unidos
México
Perú
Argentina
Marruecos
Túnez
Argelia
Arabia Saudita
Sudáfrica
Rusia
Indonesia
Tailandia
Papúa Nueva Guinea
Australia
Request Your Personalized Technical Proposal
We analyze your process conditions, thermal requirements, and facility needs to provide the most suitable refractory solution, optimized for durability, efficiency, and supply reliability.
How it Works
- Send basic data (2 minutes)
- We run the thermal calculation
- You receive a summary + recommendations
What you’ll receive
You’ll get:
- A short heat-loss overview (where energy is being lost)
- Priority actions (what to change first)
- A recommended solution path (materials / geometry / assembly)
- Copyright © 2026 TEIDE REFRACTORY SOLUTIONS, S.L