MG-WPSK 1009A White Veneer

A composite material is formed by laminating a polypropylene film (the face layer) onto the surface of ordinary wood-pulp paper (the base material). The core principle is to combine two materials to offset the shortcomings of each individual material and broaden the range of application scenarios.

MG-WPSK 1009A-6 White Veneer (Single-Sided Flame-Retardant)

A functional paper product made by using paper as the base material, laminating a white polypropylene (PP) film on one side, and employing a specific manufacturing process to impart flame-retardant properties. The core innovation lies in integrating the ease of processing inherent to paper with the protective and flame-retardant safety features of white PP.

MG-WPSK 1009A-2 Moisture- and Corrosion-Resistant Veneer (Flame-Retardant Type)

Thermal-seal facing and vapor-barrier layers made from thermal insulation materials such as glass wool, rock wool, and mineral wool are suitable for in-line heat-sealing lamination of wool felts, wool boards, and wool pipes, meeting the thermal insulation and vapor-barrier requirements for HVAC ductwork and chilled/hot water piping, as well as building insulation applications.

MG-WPSK 1009A-5 White Veneer (Flame-Retardant)

The flame-retardant PVC layer achieves its flame-retardant performance through the addition of flame retardants and other measures, while also offering waterproofing, scratch resistance, and corrosion resistance. The flame-retardant paper layer, on the other hand, boasts excellent flexibility, ease of processing, and moderate thermal and electrical insulation properties. Its white surface finish ensures a clean and aesthetically pleasing appearance, while also facilitating printing and labeling.

MG-FSK 1003A Reinforced Aluminum Film

Typically, all-wood-pulp kraft paper is used, which offers a certain degree of toughness and strength, helping to protect the internal structure and providing moderate abrasion resistance. The intermediate grid-reinforcement layer is usually a three-dimensional grid structure made of glass fiber or PP fiber.

MG-FSK 1004A Reinforced Aluminum Foil

A functional material with a multilayer composite structure, whose core function is to enhance thermal insulation, moisture resistance, and structural stability, and which is widely used in thermal insulation applications such as building construction and piping systems.

MG-FSK 1004A-2 Reinforced Aluminum Foil (Flame-Retardant)

It is composed of a five-layer composite structure, including a pure aluminum foil film, an elastic polymer shielding coating, a three-dimensional glass-fiber-reinforced mesh, a flame-retardant binder, and flame-retardant kraft paper.

MG-FSK 1004A-3 Black Reinforced Aluminum Foil (Flame-Retardant)

It is a multilayer composite structure consisting of five layers: pure aluminum foil film, an elastic polymer shielding coating, a three-dimensional glass-fiber-reinforced mesh, a flame-retardant binder, and flame-retardant kraft paper.

MG-WPSK 1009A-7 Black Moisture-Resistant and Corrosion-Resistant Veneer (Flame-Retardant)

Combines flame retardancy and safety, moisture barrier properties, corrosion protection, and a sleek black aesthetic, making it ideal for applications that demand both superior protective performance and a distinctive visual style.

MG-WPSK 1009A-8 Black Veneer (Flame-Retardant)

Made from polyvinyl chloride as the base material and formulated with flame retardants, it exhibits excellent flame-retardant properties that inhibit ignition and slow the spread of fire. In addition, black PVC boasts scratch resistance, wear resistance, chemical resistance to acids and alkalis, and water resistance, providing robust protection for the underlying materials and a durable surface finish.

MG-WPSK 1009-8 Three-in-One Standard White-Film Reinforced Clip (Standard Type)

It can be used for thermal insulation of roofs and walls in steel-structure buildings, such as factory halls, gymnasiums, and warehouses; it can also serve as an insulating and vapor-barrier material for air-conditioning ducts and chilled/hot water pipes, and further be employed for sound and thermal insulation in high-rise buildings, hotels, and other facilities.

MG-WPSK 1009-9 Three-in-One Reinforced White Film with Reinforcing Strips (Flame-Retardant)

It is applied in wall decoration for indoor spaces with stringent fire-protection requirements, such as shopping malls, hotels, hospitals, schools, and office buildings, thereby enhancing the aesthetic appeal of the environment while reducing fire risk.

MG-WMP Black Old 38, Black PVC Veneer (Flame-Retardant)

Interior surface coverings for vehicles such as cars, trains, and aircraft can effectively prevent fires in confined spaces, thereby ensuring passenger safety—for example, seat upholstery and interior panel trims.

MG-WMP Old 38, White PVC Veneer (Flame-Retardant)

As a veneer material for furniture surfaces—such as kitchen cabinets and wardrobes—it enhances both the aesthetic appeal and fire resistance of the furniture.

MG-FSK 1006A Double-Sided Aluminum Foil with Reinforcing Ribs

Functional composite materials, with a focus on thermal insulation, moisture resistance, and impact resistance, are widely used in applications that demand high levels of thermal performance and structural stability.

MG-FSV 1006A Heat-Seal Reinforced Aluminum Foil

It can serve as both a vapor barrier and an external protective layer in building exterior wall insulation systems, and is also suitable for roof thermal insulation and floor insulation, effectively enhancing the thermal performance of buildings and reducing energy loss.

MG-FSK 1009A-4 Reinforced Aluminum Foil with Aluminum Film (Flame-Retardant Type)

The base material is typically polyester (PET) film or polypropylene (PP) film, providing fundamental structural support; the intermediate layer is a vacuum-aluminized film, delivering lightweight thermal insulation and light-blocking properties; the core layer is a thin aluminum foil, enhancing barrier performance against water vapor and gases.

MG-1005-6 Woven Bag Aluminum Foil

It boasts excellent barrier properties, effectively preventing the penetration of moisture and oxygen, while also reflecting light to protect the contents from photo-degradation. Additionally, it offers a certain degree of puncture resistance to safeguard the items inside.
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