Eraser and rubber eraser

Cork agglomerate is a material made from compressed cork granules with a binder. It is characterized by high elasticity, low absorbency, and resistance to compression, which is why it is used in the production of technical gaskets, acoustic insulation, and cork boards.

Rubber cork, on the other hand, is a composite of cork and synthetic rubber, which combines the advantages of both materials - it retains the elasticity of cork while also achieving high resistance to oils, fuels, and vibrations. It is ideal for use in the automotive and machinery industries.

Technical cork sheets are used in many industrial and construction sectors due to their insulating and damping properties. They are used in the production of technical gaskets, pads, liners, and anti-vibration elements. They also work great as acoustic and thermal insulation in rooms, machinery, and technical installations. Technical cork sheets reduce vibrations, noise, and heat transfer, ensuring durability, tightness, and high resistance to compression.

Self-adhesive cork sheet is a sheet of technical cork covered with a layer of strong acrylic adhesive, protected by a protective film. Ready for immediate installation, it does not require additional tools or gluing. It is used for acoustic and thermal insulation as well as a decorative material. It works perfectly in offices, apartments, and studios - for creating cork boards, sound-absorbing panels, and equipment underlays. Self-adhesive cork sheets provide quick installation, durability, and an aesthetically pleasing surface finish.

In the company POWER Rubber, it is possible to order custom cork sheets, tailored to individual technical and design needs. We offer both thin cork sheets and thick cork sheets, cut precisely according to the required dimensions and shapes. The material is based on technical cork, which is characterized by flexibility, resistance to compression, and excellent insulating properties. Custom cork sheets are used in the production of technical gaskets, acoustic insulation, underlays, and vibration-damping elements. This is a solution that guarantees perfect fit and high quality.

Acoustic cork panels effectively reduce noise and vibrations thanks to the porous structure of natural cork, which absorbs sound waves and prevents them from bouncing off walls. They are used in apartments, offices, recording studios, and conference rooms to improve acoustic comfort. Technical cork used in the production of these panels stands out for its flexibility and resistance to deformation, ensuring durable sound absorption. Acoustic cork panels can be mounted on walls, floors, or ceilings, and are also available in self-adhesive versions, facilitating quick installation and providing a stylish interior finish.

High-quality technical cork and rubber cork in Warsaw are available in the offer of POWER Rubber company, specializing in the production and distribution of technical materials for industry, automotive, and construction. Technical cork made from cork granules and synthetic binders is characterized by high flexibility, crush resistance, and excellent insulating properties. Rubber cork, which is a composite of cork and synthetic rubber, provides increased resistance to oils, fuels, and vibrations, making it an ideal material for manufacturing technical gaskets, anti-vibration pads, and acoustic insulation. POWER Rubber Warsaw offers custom cork sheets, self-adhesive sheets, and vibration-damping elements, ensuring precise execution and technical support at every stage of the project.

Cork and rubber cork can also be purchased directly from our online store, available 24/7. This allows for quick ordering of technical products with the selection of appropriate dimensions, thickness, and material type, as well as the option of shipping throughout Poland or abroad.

Corkrubber is a composite material formed by combining cork granules and synthetic rubber. This combination brings together the flexibility and lightweight of cork with the durability and chemical resistance of rubber. It is produced in the form of corkrubber sheets with various thicknesses and densities, tailored for technical applications. This material is characterized by high resistance to oils, fuels, and compression, making it ideal for manufacturing technical gaskets, vibration isolators, and noise damping components.

Cork rubber is one of the most effective underlays for panels, combining the properties of cork and rubber. Thanks to its structure, it effectively dampens noise and vibrations, providing acoustic comfort in the room. It is resistant to compression, so it does not deform under the weight of furniture or intensive use of the floor. Additionally, it improves thermal insulation, reducing energy losses. Cork rubber underlayment evens out minor irregularities in the substrate, protects panels from damage, and increases the durability of the entire structure. This is an ideal solution for apartments, offices, and rooms with high traffic.

Can cork rubber be used with underfloor heating?

Cork rubber can be used as an underlay for underfloor heating, provided that a material with low thermal resistance and appropriate density is used. Due to the combination of cork granules with synthetic rubber, it is characterized by high dimensional stability, resistance to compression, and good thermal conductivity. It does not restrict heat emission from the heating system, while providing acoustic insulation and vibration damping. Cork rubber boards work well under panels, tiles, and floorings in low-temperature underfloor heating systems.

Cork rubber sheets are used in industry, automotive and construction as a sealing, insulating, and vibration damping material. Thanks to the combination of cork granules with synthetic rubber, cork rubber is characterized by high resistance to compression, oils, fuels, and changing temperatures. It is used in the production of technical gaskets, anti-vibration pads, acoustic insulation, as well as underlayment for floor panels and stress-relieving material in machines and technical constructions. It proves effective wherever durability and elasticity are required.