HDPE sheet, also known as high-density polyethylene sheet, is a thermoplastic sheet formed by extruding or molding high-density polyethylene resin. Its molecular structure is regular, and its crystallinity is high (usually 55%~70%). It has excellent chemical resistance, low temperature resistance, and processing convenience, making it a cost-effective universal plastic sheet.1、 Core performance advantagesSuper strong chemical corrosion resistanceHDPE sheet has excellent chemical stability and can withstand acid, alkali, salt solutions (such as hydrochloric acid, sulfuric acid, sodium hydroxide, etc.) as well as most organic solvents (alcohols, esters, hydrocarbons) at room temperature. It will not swell, crack or deteriorate in performance, and is only not resistant to strong oxidizing acids (such as concentrated nitric acid) and a few halogenated hydrocarbons. This characteristic makes it an ideal material in the field of chemical anti-corrosion.Excellent low temperature resistance and impact resistanceThe brittleness temperature of HDPE is as low as * * -70 ℃ * *, and it can still maintain good toughness and impact resistance in extremely cold environments. It is not easily brittle when subjected to external impact, far superior to the low-temperature performance of plastic sheets such as ABS and PVC. At the same time, it has high impact resistance at room temperature and is suitable for outdoor low-temperature scenarios.Extremely low water absorption and moisture resistanceHDPE is a non-polar material with almost zero water absorption (<0.01%). It will not experience water absorption expansion, deformation, or performance degradation when immersed in water or humid environments for a long time, and has significant moisture-proof and waterproof effects.Good wear resistance and self-lubricating propertiesHDPE sheet has a smooth surface, low friction coefficient, excellent self-lubricating performance, and is not prone to adhesion when rubbed with metals or other materials. Its wear resistance is outstanding, several times that of carbon steel, which can effectively reduce wear during material transportation.Lightweight and easy to processThe density is only 0.94-0.97g/cm ³, which is lighter than water and much lower than materials such as metal and fiberglass. It can significantly reduce the weight of equipment and components, meeting the requirements of lightweight design.The processing technology is flexible and can be processed through conventional methods such as sawing, drilling, bending, hot welding, stamping, etc. It has excellent welding performance and can be assembled into large-sized irregular parts, suitable for complex engineering requirements.Environmental safety and aging resistanceOdorless and non-toxic, in compliance with food contact safety standards (such as FDA certification), can be used for food processing and storage related equipment.It has a certain degree of weather resistance, and after being modified with anti UV agents, it can be used in outdoor scenes for a long time without aging or yellowing; Simultaneously belonging to thermoplastic, recyclable and reusable, with good environmental friendliness.Excellent electrical insulation performanceHDPE has a stable molecular structure, low dielectric constant, excellent insulation performance, and is not affected by humidity. It is suitable for making insulation partitions, sheaths, and other components of electrical equipment.2、 Typical application scenariosChemical anti-corrosion fieldChemical tank liners, acid and alkali tank bodies, pipelines, valves, anti-corrosion flooring, electroplating equipment pads, etc., utilize their chemical corrosion resistance to replace traditional metal materials and reduce maintenance costs.Logistics and Material Handling FieldConveyor belt lining, silo lining, chute lining, forklift pallet, turnover box, etc. rely on self-lubricating and wear-resistant properties to reduce material adhesion and conveying resistance, and improve conveying efficiency.Food and pharmaceutical industryFood processing cutting boards, meat cutting tables, food turnover boxes, pharmaceutical intermediate trays, clean workshop floors, etc., relying on their non-toxic, moisture-proof, and easy to clean advantages, meet hygiene and safety requirements.Outdoor and Architectural FieldsOutdoor fences, boardwalks, dock fenders, bridge collision plates, culvert lining plates, etc., modified UV resistant models can withstand outdoor sun and rain, with a long service life.Environmental sanitation and water conservancy fieldGarbage bins, septic tanks, biogas digester enclosures, river slope protection boards, water gate pads, etc., utilize their waterproof, corrosion-resistant, and impact resistant properties to adapt to harsh environments.electrical fieldHigh voltage cable sheaths, electrical insulation partitions, transformer insulation components, etc. rely on excellent electrical insulation performance to ensure electrical safety.

HIPS board, also known as high impact polystyrene board, is a thermoplastic board made by blending and modifying general-purpose polystyrene (GPPS) with rubber based elastomers (usually polybutadiene rubber). It retains the characteristics of easy processing and high gloss of polystyrene, while greatly improving its impact resistance through the toughening effect of rubber particles. It is a low-cost and widely applicable universal plastic sheet.1、 Core performance advantagesHigh impact toughness, overcoming brittle defectsCompared to brittle general-purpose polystyrene (GPPS), HIPS has a 3-5 fold increase in impact strength at room temperature due to the toughening effect of rubber particles, making it less prone to brittle cracking caused by collisions and drops; It can still maintain a certain degree of toughness in low temperature environments (-10 ℃~-20 ℃), meeting the anti drop requirements of most indoor scenes. However, its impact resistance is slightly lower than that of ABS board, and its toughness will be weakened when exposed to low temperatures for a long time.Excellent processing and forming performanceConvenient molding: With good melt flowability, it can be processed through conventional processes such as sawing, drilling, bending, vacuum forming, hot pressing, and carving. The molding temperature is low and energy consumption is low, making it suitable for mass production and the production of irregular parts.Strong secondary processing ability: smooth surface, high glossiness, easy to carry out decorative treatments such as spraying, screen printing, laminating, hot stamping, etc., can quickly achieve diversified appearance effects; Simultaneously supporting solvent bonding and hot air welding, the splicing operation is simple.Good mold compatibility: stable molding shrinkage rate (about 0.4%~0.7%), good demolding performance, not easy to stick to the mold, can reduce mold loss and production failure rate.Low cost, outstanding cost-effectivenessThe raw material cost of HIPS is much lower than that of engineering plastics such as ABS and PC. The production process is mature and the processing energy consumption is low, making it an ideal choice to replace ABS in low-cost scenarios. In situations where weather resistance and chemical resistance are not high requirements, basic usage needs can be met at a lower cost.Good optical and appearance characteristicsThe transparency of the base material polystyrene is good, and HIPS board can be made into semi transparent or opaque styles with high surface glossiness and good color uniformity. It can be directly made into boards of different colors through color matching, without the need for complex surface treatment to achieve a beautiful appearance.Lightweight and basic environmental resistance performanceLow density (about 1.03-1.05g/cm ³), similar to ABS, with obvious advantages in lightweight compared to glass and metal, which can reduce the weight of the product.At room temperature, it has a certain tolerance to daily media such as water, alcohols, and weak bases, and has excellent electrical insulation performance, which can be used for the production of low-voltage electrical components.Environmentally friendly and recyclableBelonging to thermoplastic materials, waste HIPS sheets can be crushed, melted, and reprocessed into new shapes with high recycling rates, meeting the requirements of environmentally friendly production and use.2、 Typical application scenariosHousehold appliance shell and lining fieldThe refrigerator liner, freezer liner, washing machine base, microwave oven shell, air conditioning vent grille, etc., utilize their easy processing, low cost, and good appearance characteristics to meet the basic structure and decoration needs of household appliances.Packaging and Display FieldGift packaging boxes, cosmetics display stands, toy shells, stationery storage boxes, advertising lightbox baseboards, etc., relying on their high gloss and easy coloring advantages, enhance the beauty of products; Simultaneously, impact resistance can prevent packaging and display items from being damaged during transportation and use.In the field of architectural decorationIndoor decorative lines, ceiling panels, partition boards, simple furniture panels, etc. are suitable for indoor scenes that do not require weather resistance, with low cost and easy installation.In the field of electronic and electrical accessoriesSmall household appliance control panels, audio enclosures, power adapter enclosures, electrical insulation partitions, etc., utilize their electrical insulation and molding convenience to reduce accessory production costs.Disposable products and simple components fieldTemporary enclosures, simple trays, disposable medical trays (non implantable, non-contact with bodily fluids), etc. rely on their low cost and easy to form characteristics to meet the needs of disposable or short-term use.

ABS board, also known as acrylonitrile/butadiene/styrene copolymer board, is a high-performance material that balances toughness, hardness, and rigidity. It combines the advantages of various plastics organically, making it perform outstandingly in mechanical properties.This type of board has a large production capacity and a wide range of applications, playing an important role in both industry and daily life. Its excellent toughness and wear resistance enable it to maintain stable performance in various environments.In the field of automobile manufacturing, ABS composite panels are widely used for body shells, interiors, as well as components such as instrument panels, fenders, steering wheels, soundproofing panels, and bumpers. Some components are often made of composite materials of ABS and PC to meet high requirements for strength and impact resistance.In the electronic device and home appliance industry, ABS composite board is commonly used for shell manufacturing. It is not only lightweight and corrosion-resistant, but also effectively protects internal electronic components, improving equipment service life and overall safety.In the field of architecture, ABS composite panels can be used to produce various types of building decoration materials due to their easy processing and molding characteristics. Its stable mechanical properties provide reliable support for building structures.In the furniture and packaging industry, the waterproof, oil resistant, wear-resistant, and weather resistant properties of ABS composite board make it an ideal material for high-end furniture and special packaging. Its surface is smooth, easy to cut and process, suitable for diverse design needs.In addition, ABS sheet is widely used in sports equipment and entertainment devices. Whether it's complex shaped sports equipment or high-quality entertainment facilities, it can provide excellent performance and visual effects.ABS sheet is a thermoplastic engineering plastic sheet made from acrylonitrile butadiene styrene ternary copolymer. The three major monomer components each have their own functions: acrylonitrile provides chemical resistance and rigidity, butadiene gives high impact resistance, and styrene brings ease of processing and surface glossiness. The synergy of the three makes ABS sheet a universal engineering sheet that balances performance, processability, and cost-effectiveness.1、 Core performance advantagesBalanced mechanical propertiesHigh impact toughness: Excellent impact strength at room temperature, not easily brittle due to collision or compression; The cold resistant modified model can still maintain good toughness at -20 ℃~-30 ℃, solving the problem of easy breakage of ordinary hard plastics at low temperatures.Balance of rigidity and flexibility: It has moderate bending and tensile strength, can bear certain loads as a structural component, and has slight flexibility for bending processing.Good dimensional stability: extremely low water absorption rate (about 0.2%), uniform and stable shrinkage rate after molding (0.4%~0.8%), not easily deformed or warped in temperature and humidity changing environments, ensuring product assembly accuracy.Excellent processing adaptabilityDiverse molding processes: With excellent melt flowability, it can be processed through conventional techniques such as sawing, drilling, milling, bending, vacuum forming, hot pressing, and carving, making it suitable for mass production and personalized customization.Strong secondary processing capability: The surface is smooth and has good adhesion, which can be directly used for decoration treatments such as spraying, screen printing, electroplating, film coating, hot stamping, etc., easily achieving diversified appearance effects.Convenient splicing: Supports solvent bonding, hot air welding and other splicing methods, capable of producing large-sized plates or irregular parts, meeting the needs of large equipment casings, display cabinets and other applications.Good environmental and chemical resistanceChemical corrosion resistance: Good resistance to daily media such as water, alcohols, alkalis, salt solutions, etc., and not easily corroded; But it is not resistant to strong oxidizing acids (such as concentrated sulfuric acid) and some organic solvents (such as acetone and toluene).Moderate temperature resistance range: The long-term use temperature range is -20 ℃~70 ℃, and it can withstand high temperatures of 90 ℃ in the short term, fully suitable for most indoor application scenarios.Excellent electrical insulation: stable dielectric performance, high insulation resistance, can be used to make electrical equipment enclosures, partitions and other components, ensuring electrical safety.High cost-effectiveness and diverse product categoriesOutstanding cost advantage: Compared with high-performance engineering plastic sheets such as PC and PA, the raw material cost is lower, the production process is mature, and the procurement cost is significantly reduced while meeting the basic performance requirements.Complete range of modified models: There are multiple categories on the market, including universal grade, flame retardant grade, cold resistant grade, heat resistant grade, anti-static grade, food grade, etc., which can be selected accurately according to needs.Lightweight and environmentally friendly characteristicsLow density: The density is only 1.02-1.08g/cm ³, far lower than glass and metal, which can effectively reduce the weight of the product and conform to the trend of lightweight design.Recyclable: Belonging to thermoplastic materials, waste boards can be broken, melted, and reprocessed to reduce resource waste and comply with environmental standards such as RoHS.2、 Typical application scenariosABS sheet, with its characteristics of "balanced performance and controllable cost", has been applied in multiple industries, with the following core scenarios:Electronic and electrical fieldThe refrigerator liner, washing machine panel, air conditioning housing, monitor and printer housing, distribution box partition, etc., utilize their stable size, insulation, and easy processing characteristics.Automotive industry fieldAutomotive interior parts (dashboard, door panel lining, central control panel, glove box), and some exterior parts (grille base, rearview mirror housing) rely on their advantages of impact resistance, temperature resistance, and lightweight.In the field of architectural decorationOffice partitions, shopping mall display cabinets, billboard baseboards, bathroom partitions, decorative lines, etc., utilizing their easy processing, decorative, and cost-effective characteristics.Medical device fieldNon implantable medical device casings (ultrasonic instrument casings, monitor panels, medical carts), food grade ABS sheets can be used for medical trays, sampling containers, etc.Daily necessities and cultural and creative fieldsLuggage compartments, toy models, storage boxes, furniture accessories, etc. rely on their advantages of impact resistance, easy coloring, and low cost.Industrial manufacturing fieldAutomated equipment protective covers, assembly line turnover boxes, fixtures, inspection tools, etc., utilize their characteristics of good rigidity, wear resistance, and easy processing.

ABS/PC composite board is a high-performance engineering plastic board made by co extruding or hot pressing ABS (acrylonitrile butadiene styrene copolymer) and PC (polycarbonate). It usually uses PC as the functional surface layer and ABS as the rigid substrate. The advantages of the two complement each other, combining the impact resistance and weather resistance of PC with the easy processing and low-cost characteristics of ABS. It is a composite board with outstanding comprehensive performance.1、 Core performance advantagesUltra high impact resistance, drop and impact resistancePC itself is an engineering plastic with excellent impact resistance, and its impact strength is several times that of ordinary plastics. After composite with ABS substrate, the impact resistance of the board is further improved, and it can withstand heavy object impact and high-altitude drop at room temperature without breaking; Under low temperature conditions (around -40 ℃), it can still maintain excellent toughness, far superior to pure ABS, HIPS and other sheets, solving the pain point of "low-temperature brittleness" of most plastic sheets.Excellent weather resistance and high temperature resistanceThe PC surface layer has good weather resistance and strong UV resistance. After adding UV resistant additives, it is not easy to yellow, lose light, or age when used outdoors for a long time. The appearance can maintain its freshness for more than 5 years;The long-term use temperature range of the board is -40 ℃~120 ℃, and it can withstand a high temperature of 150 ℃ in the short term. Its high temperature resistance performance far exceeds that of pure ABS board, and it can adapt to harsh environments such as high temperature and exposure to sunlight.Balanced rigidity and toughness, good dimensional stabilityABS substrate provides excellent rigidity and structural support, ensuring the bending and tensile strength of the board, and can be used as a structural component to bear loads; The PC surface layer endows the board with flexibility, achieving a balance of rigidity and flexibility, and is not easily deformed or broken.Composite panels have low water absorption and stable shrinkage rate (about 0.5%~0.8%) after molding. They are not easily warped or deformed in environments with temperature and humidity changes, ensuring the assembly accuracy and dimensional consistency of the product.Good optical performance and protectionThe PC surface layer has a certain degree of transparency (light transmittance of about 85%~90%) and can be made into transparent or semi transparent boards; At the same time, it has excellent impact and scratch resistance, can replace some glass products, and weighs only about half of glass, with higher safety.Excellent processing performance, suitable for multiple processesInheriting the easy processing characteristics of ABS sheet, it can be processed and formed through conventional processes such as sawing, drilling, bending, vacuum forming, hot pressing, carving, etc., with high production efficiency;Good surface adhesion, supporting secondary decoration processing such as spraying, screen printing, electroplating, and laminating, which can meet diverse appearance needs;Strong interlayer bonding force, less prone to delamination during the molding process, and excellent structural stability.High cost-effectiveness, replacing pure PC boardCompared to pure PC board, ABS/PC composite board uses ABS as the base material, significantly reducing raw material costs while retaining the core high performance of PC; Compared to PC/ABS alloy sheets, composite structures can adjust the thickness of the surface layer as needed, providing higher flexibility and making them an ideal low-cost alternative to pure PC sheets.Environmental and safety featuresMost models comply with environmental standards such as RoHS and REACH and are recyclable and reusable;Has a certain degree of flame retardancy (V0 level flame retardancy can be achieved through formula modification), self extinguishing upon ignition, suitable for scenarios with fire prevention requirements.2、 Typical application scenariosAutomotive interior and exterior decoration fieldCar door panels, center console panels, bumpers, window trims, charging station housings, etc., utilize their impact resistance, weather resistance, and high temperature resistance to adapt to complex in car environments.Electronic and electrical fieldMonitor casing, laptop casing, charging pile protective cover, distribution box partition, security equipment casing, etc., relying on their advantages of impact resistance, insulation, and flame retardancy, ensure the safe operation of equipment.Rail transit fieldThe seat partitions, interior panels, and window frames of high-speed trains and subways meet the strict requirements of impact resistance, weather resistance, and lightweight materials for rail transit.In the field of architectural decorationIndoor partition panels, skylight transparent panels, anti-theft door and window lining panels, advertising light box panels, etc., balance transparency and protection, and have higher safety than glass.Outdoor equipment fieldOutdoor charging pile shell, shared bicycle mudguard, outdoor storage cabinet panel, photovoltaic equipment accessories, etc., utilize their weather resistance and impact resistance to adapt to outdoor sun and rain environments.

ASA/ABS composite board is made by compounding ASA (acrylic styrene acrylonitrile copolymer) with ABS (acrylonitrile butadiene styrene copolymer) through co extrusion and other processes. It usually uses ASA as the surface layer and ABS as the substrate, combining the weather resistance of ASA with the strength and toughness of ABS. It has outstanding outdoor durability and processing adaptability, and high comprehensive cost-effectiveness. The following is a detailed analysis of its core performance advantages:Excellent weather resistance and anti-aging performanceUV resistance and weather resistance: ASA does not contain double bonds, and its weather resistance is about 10 times that of pure ABS. The xenon lamp aging test can reach more than 5000 hours, and it is not easily yellowed, brittle, or dull after long-term outdoor exposure. After 5 years of outdoor use, the surface glossiness retention rate can still reach about 85%, which is 30% higher than pure ABS.Long term appearance stability: ASA's molecular structure enables it to resist UV radiation, oxidation, and moisture erosion, with excellent color stability. It is not easy to fade after long-term use and can maintain product appearance consistency.High and low temperature resistance: Combining the low temperature impact resistance of ABS with the heat resistance of ASA, it can maintain stable performance in a wide temperature range of -40 ℃ to 80 ℃ and adapt to different climatic environments.Excellent mechanical propertiesHigh impact strength: Inheriting the high impact toughness of ABS, it is not easily brittle at low temperatures, can withstand large external forces and impacts, is not easily deformed or damaged, and is suitable for making components with high impact resistance requirements.Good balance of rigidity and toughness: It combines rigidity and toughness, with moderate bending and tensile strength, meeting the load-bearing requirements of structural components, while also possessing a certain degree of flexibility, making it easy to process and shape.Excellent dimensional stability: low water absorption, small shrinkage rate after molding, not easily deformed under temperature and humidity changes, ensuring product accuracy and assembly adaptability.Wear resistant and scratch resistant: The surface ASA layer has high hardness, good scratch resistance and wear resistance, which can reduce surface damage in daily use and extend the service life.Excellent chemical stability and protective performanceChemical corrosion resistance: It has good resistance to saturated hydrocarbons, inorganic salt solutions, weak acids and bases, and various oils, and is not prone to stress cracking. It is suitable for outdoor and chemical contact risk scenarios.Moisture resistance and electrical insulation: Good moisture resistance, not easily affected by humid environments, and also has excellent electrical insulation performance, which can be used in fields such as electrical enclosures.Thermal stability and flame retardancy: High thermal stability, not easily decomposed due to high temperature during processing and use; Some models can achieve flame retardancy through formula adjustment to meet specific safety requirements.Good adaptability to processing and decorationEasy to process: Maintain the easy processing characteristics of ABS, with a high melt index, and can be formed through various processes such as vacuum forming, injection molding, cutting, drilling, milling, etc., resulting in high production efficiency.Diversified surface treatment: It can achieve various surface effects such as high gloss, matte, frosted, and patterned, and is easy to print (UV printing, screen printing, etc.), spray, and film, meeting personalized decoration needs.Reliable composite process: Co extrusion or hot pressing composite processes are commonly used, with tight interlayer bonding, making it difficult to separate layers during molding and stretching, and good structural stability.High cost-effectiveness and environmental advantagesCost controllable: The composite structure with ABS as the base material and ASA as the surface layer ensures weather resistance while being lower in cost compared to pure ASA board, with outstanding comprehensive cost-effectiveness.Lightweight and environmentally friendly: With a density of about 1.1g/cm ³, it is lighter than some traditional materials such as fiberglass and recyclable, in line with the trend of environmental protection and lightweight.Typical application scenariosThis board is widely used in automotive exterior parts (grilles, rearview mirror shells), building exterior wall panels, outdoor furniture, air conditioning covers, advertising boards, electric vehicle decorative parts, refrigerator panels, etc., especially suitable for long-term outdoor use and fields with high requirements for appearance and durability

TPU/ABS composite board is a functional board made by compounding thermoplastic polyurethane (TPU) with acrylonitrile butadiene styrene copolymer (ABS) through co extrusion, hot pressing and other processes. It usually uses ABS as the rigid substrate and TPU as the functional surface layer (or adjusts the composite structure as needed), combining the structural strength of ABS with the flexible wear resistance of TPU. It performs outstandingly in wear resistance, impact resistance, elastic recovery and other aspects. The core performance advantages are as follows:Excellent wear and scratch resistanceTPU itself has ultra-high wear resistance, with a wear resistance index far higher than conventional plastics such as ABS and PVC, and several times that of natural rubber. The composite board with TPU as the surface layer can withstand high-frequency friction and scratching, and the surface is not easily scratched or damaged. Its service life is 3-5 times longer than pure ABS board, especially suitable for scenarios that require wear resistance, such as logistics pallet liners, equipment protective covers, luggage bottom plates, etc.High elasticity and impact buffering capacityTPU belongs to elastic materials and has excellent elastic recovery. It can quickly rebound and absorb impact energy when subjected to external impact; The ABS substrate provides rigid support, and when combined, the board can resist heavy impact and avoid brittle fracture. It can still maintain good impact resistance at low temperatures (around -40 ℃), far superior to the low-temperature brittleness performance of pure ABS.This elastic property also gives the board a certain degree of fatigue resistance, making it less prone to deformation and failure after repeated bending and compression, making it suitable for making flexible structural components.Good balance of mechanical propertiesBalancing rigidity and flexibility: ABS substrate ensures the bending resistance, tensile strength, and dimensional stability of the board, meeting the structural requirements for load-bearing and assembly; The TPU surface layer endows the board with flexibility, solving the problem of high brittleness and easy cracking of pure ABS.Low shrinkage rate: The shrinkage rate of composite board after forming is controllable, and it is less affected by temperature and humidity changes. It has high dimensional accuracy and is suitable for producing parts with strict tolerance requirements.Excellent chemical and environmental resistance performanceThe TPU surface layer has good resistance to oils, lubricants, weak acids and bases, organic solvents, etc. It can be used in complex environments such as humidity and oil stains, and is not prone to swelling, cracking, or performance degradation; ABS substrate further enhances the chemical stability of the board.The weather resistance can be enhanced through formula optimization (such as adding anti UV agents), and some modified models can be used for short-term outdoor scenes, making them less prone to yellowing and aging.Excellent processing and adaptation characteristicsEasy to process and shape: Inheriting the ease of processing of ABS, it can be processed through conventional processes such as vacuum forming, bending, drilling, and cutting. At the same time, the TPU surface layer has good heat sealing properties and can be combined or heat sealed with other materials.Diversified surface effects: The TPU surface layer can achieve various surface states such as matte, glossy, and anti slip textures, and has a certain degree of adhesion, supporting secondary decorative processing such as printing and film pasting.Good adhesion performance: The composite interface between TPU and ABS has strong adhesion and is not easily delaminated. It can also be bonded to materials such as rubber and fabrics, expanding its application scenarios.Environmental and safety featuresHalogen free and environmentally friendly: Most TPU/ABS composite boards do not contain halogens and comply with environmental standards such as RoHS and REACH. They can be recycled and reused to reduce environmental pollution.Safe and non-toxic: Food grade TPU composite boards can be used in packaging, trays, and other fields related to food contact, with high safety.Typical application scenariosTPU/ABS composite panels are widely used in automotive interior parts (handrails, threshold strips, foot mat substrates), logistics and warehousing (wear-resistant lining plates, turnover boxes), sports equipment (protective gear, skateboard surfaces), electronic equipment casings (protective covers, buffer layers), medical equipment (lightweight protective covers, flexible components) and other fields.

PMMA sheet, also known as acrylic sheet or organic glass sheet, is a highly transparent thermoplastic engineering plastic sheet. It has become an ideal substitute material for glass due to its excellent optical performance, ease of processing, and aesthetics, and is widely used in various fields such as decoration, optics, and advertising.1、 Core performance advantagesExcellent optical transparencyThe transmittance of PMMA sheet is over 92%, second only to optical glass, and there is no problem of dispersion or haze when light passes through, presenting a clear and transparent visual effect. At the same time, it can be made into various styles such as colorless transparent, colored transparent, frosted, pearl, etc., with optical decorative properties far exceeding ordinary plastic sheets.Excellent weather resistance and appearance stabilityPMMA molecular structure does not contain double bonds and has strong UV resistance. Models with added UV resistant additives are not prone to yellowing, loss of gloss, or cracking after long-term outdoor exposure (sun and rain). The appearance can maintain freshness for up to 5-8 years. Compared to plastics such as PS and ABS, it has significant advantages in weather resistance and is suitable for long-term outdoor use.Good mechanical properties and lightweight characteristicsThe density is only 1.18g/cm ³, which is about half of ordinary glass. It is lightweight, easy to transport and install, and greatly reduces the structural load-bearing pressure.It has moderate rigidity and toughness, good bending and tensile resistance at room temperature, and can be bent and thermoplastic formed; But its impact resistance is weaker than materials such as PC and ABS, and it is prone to cracking under severe impact.Extremely strong processing adaptabilityDiverse molding processes: With good melt flowability, it can be processed through conventional techniques such as sawing, drilling, carving, hot bending, vacuum forming, laser cutting, etc. It can produce complex shaped parts to meet personalized customization needs.Outstanding secondary processing capability: The surface is smooth and flat, making it easy to perform decorative treatments such as screen printing, UV printing, laminating, electroplating, sandblasting, etc; It can also achieve special effects such as back carving and internal illumination, enhancing the added value of the product.Easy to bond: It can be seamlessly bonded with specialized acrylic adhesive, with high transparency at the joint and good overall aesthetics.Environmental safety and chemical resistanceOdorless and non-toxic, in compliance with FDA food contact safety standards, can be used in food display, tableware and other fields; During combustion, only carbon dioxide and water are produced, and no toxic gases are released.Has good tolerance to weak acids, weak bases, alcohols, oils, etc. at room temperature; But it is not resistant to strong oxidizing acids (such as concentrated sulfuric acid) and some organic solvents (such as acetone and toluene).Excellent electrical insulationPMMA has stable dielectric properties, high insulation resistance, and is not affected by humidity, making it suitable for making insulation components for electrical equipment and insulation shells for optical instruments.2、 Typical application scenariosAdvertising decoration fieldLuminous character panels, lightbox baseboards, signage, display stands, window props, etc., utilize their high transparency and ease of processing to present a bright luminous effect and exquisite appearance.In the field of architectural decorationIndoor partitions, skylights, transparent ceiling panels, shower room glass substitutes, decorative lines, furniture transparent panels, etc., balance aesthetics and safety, and avoid the risk of glass breakage and injury.In the field of optical instrumentsMagnifying lens, microscope stage, optical sensor protective cover, lamp cover (especially LED lamps), etc. rely on their excellent transparency and optical stability.Electronic and electrical fieldLCD display light guide plate, smart device transparent cover plate, home appliance control panel, audio transparent mask, etc., meet the light transmission and protection needs of equipment.Daily necessities and cultural and creative industriesAcrylic storage boxes, photo frames, trophies and medals, figurine display boxes, aquariums, etc., utilize their transparent, beautiful, and easy to clean characteristics to enhance product texture.Outdoor application fieldBus stop canopies, outdoor billboards, greenhouse lighting panels, etc. (UV resistant modified models are required), resistant to outdoor environments, and have a long service life.