Phenolic molding powders are thermoset plastics composed of phenolic resin (novolac). In addition, they are an ideal solution for the manufacture of household appliance components that require high thermal resistance, thermal and electrical insulation, and excellent dimensional stability. FenoquĂmica, with decades of experience in the development of phenolic resin-based thermoset compounds, offers phenolic materials designed to meet the highest demands for performance and quality in the home goods sector.
The ease of molding of these molding powders allows them to adapt to an infinite number of shapes and contours, offering great design freedom in functional and decorative parts. In addition, they provide a perception of greater robustness and quality to the final product.
From kitchen accessories to appliance housings, applications include oven knobs and handles, pan and pot handles, bakery oven rollers, and other components that must withstand high temperatures, up to 280°C.
Excellent stiffness, surface hardness and modulus of elasticity
Good electrical insulation properties
Lightweight, contributing to improved vehicle energy efficiency
Ability to replace metal and engineering thermoplastics without compromising performance
thermal and electrical insulating behavior, which combined with excellent flame performance (UL94 V0), its resistance to environmental conditions and the low toxicity of phenolic resin, make it ideal for use in the home.
In addition, FenoquĂmica offers dishwasher-resistant versions, with a high-quality surface finish, antibacterial properties and abrasion resistance, maintaining stability and performance even after prolonged use.
FenoquĂmica’s technical team provides personalized advice to each customer to select the most suitable phenolic molding powder according to their manufacturing process and specific application requirements.
Thanks to the experience in the development of high-performance materials and fiber-reinforced materials, FenoquĂmica’s phenolic molding compounds guarantee safety, durability, production efficiency and aesthetic quality in each final part.
One of the most common uses of phenolic molding compounds manufactured by FenoquĂmica is the production of handles for cookware.
With the rise of oven-safe tableware, one of the most frequently asked questions is whether these materials can withstand high temperatures.
The answer is yes: FenoquĂmica’s phenolic materials are characterized by their excellent thermal stability.
In the domestic sphere, EN 12983-1 standard requires that the handles of kitchen utensils withstand a flame at a distance of 30 mm and withstand minimum temperatures of 150 °C without deformation.
In FenoquĂmica we go further:
These phenolic materials combine thermal resistance, electrical insulation and dimensional stability, guaranteeing safety, durability and an excellent aesthetic perception of the final product.
FenoquĂmica continues to innovate in the development of high-performance materials, fiber-reinforced materials and advanced composites, maintaining its commitment to quality and safety.
In addition, FenoquĂmica has a range of antibacterial compounds specially developed for applications in industrial kitchens and food handling environments.
These materials are formulated to inhibit the growth of bacteria on the surface of the products, helping to reduce the risks of food contamination and maintain high standards of hygiene and health.
Pan and pot handles
Its high thermal resistance, resistance to environmental conditions, and heat insulation make them ideal for intensive use. FENOQUĂMICA offers materials that are resistant even to the temperatures reached inside ovens.
Rotary oven controls
The thermal stress conditions that phenolic compounds can withstand make our products the material of choice for this type of professional home appliance.
Dishwashers
FENOQUĂMICA designs special products for dishwashers with high resistance to steam, temperature, and wear present in these appliances.
Handles and knobs
Thanks to its antibacterial formula, FENOQUĂMICA products ensure a hygienic safety environment in settings where the transmission of pathogens cannot be allowed.
Our antibacterial line complies with ISO 22196, which evaluates antibacterial activity on plastic and non-porous surfaces, ensuring the effectiveness of the treatment and its suitability for demanding environments in the food sector.
Formula
Features
Use
Molding Method
Formula
149
Features
Insulating, chemical resistance, dimensionally stable, high fluidity
Use
Kitchen utensils, knobs, handles
Molding Method
Injection (high fluidity)
Formula
150
Features
insulating, chemical resistance, dimensionally stable, high fluidity, UL certified
Use
Kitchen utensils, home appliances, domestic switches, knobs, automotive
Molding Method
Injection (high fluidity)
Formula
152
Features
insulating, chemical resistance, dimensionally stable, high fluidity, PEFC certified
Use
Kitchen utensils, knobs, handles
Molding Method
Injection (high fluidity)
Formula
153
Features
insulating, chemical resistance, dimensionally stable, high fluidity, antibacterial
Use
kitchen utensils, knobs, handles, domestic switches
Molding Method
Injection
Formula
154
Features
insulating, chemical resistance, dimensionally stable
Use
kitchen utensils, knobs, handles, domestic switches
Molding Method
Injection
Formula
156
Features
insulating, chemical resistance, dimensionally stable, compression
Use
kitchen utensils, knobs, handles, domestic switches
Molding Method
Compression
Formula
158
Features
insulating, chemical resistance, dimensionally stable, compression-transfer, glossy finish
Use
kitchen utensils, knobs, handles, domestic switches
Molding Method
Transfer-compression-injection
Formula
165
Features
insulating, high thermal and chemical resistance, dimensionally stable, compression-transfer
Use
kitchen utensils, knobs
Molding Method
Transfer-compression-injection
Formula
215
Features
insulating, thermal and chemical resistance, dimensionally stable, compression-transfer
Use
Kitchen utensils, dishwashers, ovens
Molding Method
Transfer-compression-injection
