POLYESTER SPUNBOND REINFORCED AND UNREINFORCED FOR SBS/APP WATERPROOFING MEMBRANE, SHINGLE, AND MORE
Long-fiber polyester felt uses super-strength polyester chips as raw material. Through spinning, needle-punching, and shaping, it is currently used in the production of modified asphalt waterproof coil material for the main base fabric of tires. It is an important component of the waterproofing industry and
materials for the construction industry.
Long-fiber polyester felt (yarn) reinforced. In the traditional production process for long-fiber polyester felt tire treads, fiberglass is inserted between the two layers of the fiber network, arranged longitudinally at a specific spacing, and reinforced by punching. Thanks to the addition of fiberglass, it exhibits improved tensile properties, allowing for optimized coil production speed while ensuring its physical properties. At the same time, the thermal dimensional stability of the long-fiber polyester felt tread is somewhat improved.
Disponible con starch binder or acrylic binder
FIBERGLASS MAT REINFORCED AND UNREINFORCED FOR SBS/APP WATERPROOFING MEMBRANE, SHINGLE, AND MORE
Fiberglass felt is used as a support in bituminous roofs to provide dimensional stability and tensile strength to a flat roof system. Because it has no thermal memory, it reduces the relaxation time of a fiberglass-reinforced membrane, increasing the durability of the installations and preventing differential settlement.
Fiberglass-reinforced roofing fabric is suitable as a waterproof reinforcement material for roofs. It features excellent characteristics such as high tensile strength, corrosion resistance, and easy bitumen absorption.
FIBERGLASS TISSUE REINFORCED WITH GLASS MASH FOR SBS/APP WATERPROOFING MEMBRANE
Composite fiberglass mesh is a yarn-based composite material made of fiberglass mat and fiberglass mesh. It is primarily divided into single-sided fiberglass mesh and single- or double-sided fiberglass mesh. Its main advantages are its good thermal dimensional stability, high strength, good permeability, good stiffness, and resistance to aging. It is mainly used in waterproofing membranes, thanks to its good thermal dimensional stability, permeability, and anti-aging properties, which make it less susceptible to ambient temperature variations, especially in areas with large temperature differences.
PERFORATED DRY LAID GLASS VEIL
Perforated fiberglass is manufactured using a wet installation process. Perforated with regular holes, this material serves as the base for the vapor barrier membrane. After coating one side with bitumen, an ideal membrane is obtained. By placing the membrane on the roof with the fiberglass side down and the bitumen side up, a perfect waterproof structure is created with a vapor barrier that absorbs the air that expands during high summer temperatures. This effectively prevents clumping of the membrane due to the expansion of air underneath, drastically increasing its lifespan. The perforated fiberglass mat is manufactured from yarn-reinforced fiberglass, featuring a uniform surface, excellent tensile strength, and an ideal combination of rigidity and softness. The precise perforation process creates a smooth, wrinkle-free surface, guaranteeing the highest quality of the final product. These characteristics ensure smooth and high-speed production of the vapor barrier membrane.
GLASS FIBRE FABRICS WARP AND WEFT, USED FOR REINFORCEMENT OF BITUMINOUS WATERPROOFING MEMBRANES
For roofing applications requiring superior mechanical strength. Manufactured with twisted or bulked yarns, they feature a plain weave pattern. The basis weight ranges from 140 to 250 g/m².
COMPOUND BASE MAT
Compound base mat is a type of base mat that combines polycotton nonwoven fabric and fiberglass mesh. It is manufactured by incorporating high-density fiberglass during the nonwoven fabric production process, using high-temperature drying and finishing techniques. It is the base mat for the production of APP/SBS waterproofing material.
POLYESTER WITH FIBER GLASS VEIL
For doble-armed waterproofing membranes
SPUNBOND POLYESTER GEOTEXTILE
Long-fiber geotextile is a non-woven fabric manufactured directly from PET polyester chips through spinning and needle-punching consolidation. In addition to its excellent mechanical properties, it also offers good vertical and horizontal drainage, good elongation, and high chemical stability, including biological resistance, acid and alkali resistance, and aging resistance. Furthermore, it features a wide range of pore sizes, a tortuous pore distribution, excellent permeability, and filtration capacity. It is widely used in infrastructure construction.
ALUMINUM FOIL LAMINATE
It is a commercial-grade fiberglass coating composed of aluminum foil and fiberglass laminated with polyethylene. With high tensile strength and good abrasion resistance, it is ideal as a vapor barrier for duct wraps, duct panels, and pipe insulation. It is also a good choice for radiant barrier applications due to its low emissivity.
ALUMINIUM FOIL PET
It is a commercial grade aluminum foil PET coating consisting of a 9 micron foil and a 50 micron PET film reinforced with a bidirectional aluminum foil (10 x 10 mm spacing), bonded together with a special polymer.
ORANGE PEEL EMBOSSED ALUMINIUM FOIL
This special type of aluminum foil has a textured surface that resembles orange peel, offering several functional advantages:
Better grip and anti-slip: The embossed texture prevents the paper from slipping, which is especially useful in hair coloring and highlighting applications, as it keeps it in place.
Aesthetics: The design reduces the material's ability to reflect light and provides a more presentable finish for architectural panels and certain food packaging.
Durability: The stucco relief can make the material more durable than smooth sheets of similar characteristics.
Thermal conduction: In refrigeration equipment and pipe insulation, orange peel textured aluminum coils are used for their good thermal conductivity and heat dissipation properties.
PP-PE-SBS FILM AND MORE
Embossed peelable microperforated film refers to a film with a release liner on its surface. It exhibits no viscosity or contact with specific materials under limited conditions. Typically, to increase the film's release strength, it is plasma-treated or fluorinated to provide a light and stable release force against various organic adhesives under pressure.
High-density polyethylene (HDPE) for bituminous films and APP/SBS membranes is the simplest macromolecular organic compound. Ethylene is the most widely used polymeric material today. It is classified into high-density polyethylene, medium-density polyethylene, and low-density polyethylene, among others.
POSSIBILITY OF CUSTOMIZING THE FILM WITH YOUR COMPANY LOGO.
RELEASE FILM ( PET - PE - PP ) FOR ASPHALT MEMBRANES
The term "PP release film" (or polypropylene release film) refers to special polypropylene (PP) films used as release agents or protective films in packaging and composite material production. Their non-stick properties and resistance, even at high temperatures, ensure easy removal after processing and prevent adhesives or resins from adhering to the desired surface.
What they are and what they are used for:
Material: They are made of polypropylene (PP), a thermoplastic polymer.
Removable function: Its main characteristic is the ability to easily detach from another surface, acting as a temporary protective layer.
Applications: They are used in flexible packaging, in the production of adhesive labels (as a silicone-coated support) and, especially, in the composite materials industry for vacuum infusion processes, preventing the film from adhering to the cured resin.
HYDROCARBON RESIN C5
C5 HPE100A hydrocarbon resin is a light yellow solid in the form of transparent flakes or pearls. It is light in color, has little odor, good heat resistance, and excellent antioxidant properties. It improves the strength of hot melt and pressure-sensitive adhesives. It is widely soluble in aromatic and aliphatic hydrocarbon solvents, ethers, ketones, and chlorinated solvents. It is compatible with EVA, SIS, SBS, NR, CR, SBR, and other polymers in free percentage.
