Question and answer-XuZhou Ruili new material Co.,Ltd

Purpose of glass cloth sandblasting tape

Glass cloth sandblasting tape, also known as sandblasting masking tape or anti-sandblasting tape, is a high-strength protective material specifically designed for demanding sandblasting (shot blasting) processes. Its core purpose can be summarized in one sentence: to provide sturdy and reliable masking for precision areas on the workpiece that do not require treatment or require absolute protection during the sandblasting process.The following are its detailed purposes, characteristics, and working principles:1. Main purposesProtect precision machined surfaces: protect threaded holes, precision bearing positions, fine grinding surfaces, sealing surfaces, etc., to prevent damage to dimensional accuracy and surface finish from high-speed sand particles.Selective area sandblasting: On large or complex workpieces, only specific areas (such as welding grooves) are subjected to sandblasting cleaning, while other areas (such as painted surfaces and polished surfaces) are protected.Protect non-metallic components: On the assembly, protect rubber seals, plastic parts, window glass, etc. to avoid being damaged or embedded by sand particles.Form clear boundaries: Create neat and sharp treatment boundaries in areas where different coatings need to be sprayed or local treatments are required.Temporary protection: Provides temporary wear-resistant protection during workpiece transfer or between processes.2. Core Features (Why it is competent)Completely different from ordinary tape, glass cloth sandblasting tape is designed to withstand extreme physical impacts:Extremely high wear and puncture resistance: The substrate is a tightly woven glass fiber cloth, which possesses exceptional strength and toughness. It can effectively resist repeated impacts and cutting from high-speed sand particles (such as steel grit, corundum, quartz sand, etc.) traveling at speeds up to hundreds of meters per second, making it less prone to puncture or tearing.Strong adhesion & clean peeling: Coated with a special strong acrylic adhesive, it can firmly adhere to various surfaces such as metal, plastic, and glass, without warping or falling off even under the vibration and impact of sandblasting. After sandblasting, it can be relatively cleanly peeled off with minimal residual adhesive.A certain degree of flexibility: The glass cloth substrate possesses a certain degree of flexibility, allowing it to conform to surfaces with slight curvature.Weather resistance: It usually has certain temperature resistance, moisture resistance, and UV resistance, and can adapt to different workshop environments.3. Typical application industriesNaval architecture and marine engineering: Protect the precision mating surfaces of propeller shafts and marine engines, and perform segmented sandblasting on the steel plates of the hull.Heavy machinery and steel structures: Before sandblasting for corrosion protection of large welded structural components (such as bridges, cranes, pressure vessels), protect flange faces, bolt holes, etc.Aerospace: Protect critical areas during local sandblasting strengthening or cleaning of aircraft components.Automobile manufacturing and maintenance: Especially when performing local sandblasting and rust removal on the frame and chassis, protect the surrounding components.Wind power industry: Protecting the precision surfaces of components such as wind turbine main shafts and gearboxes.Surface treatment and painting industry: This is its core application scenario, serving as the standard consumable for all high-quality pre-treatment (sandblasting) processes in spray painting.4. Difference between ordinary tape and the tape you have previously knownSimply put:Polyimide tape is a "fire-fighting suit" that protects against high-temperature flames.Glass cloth sandblasting tape is a "bulletproof vest" that protects against bullet impacts.5. Usage SuggestionsSurface cleaning: Ensure that the workpiece surface is dry, oil-free, and dust-free before pasting to ensure optimal adhesion.Pressing the edges: After pasting, be sure to press the edges of the tape firmly with a scraper or your fingers, especially at the corners, to prevent sand particles from cutting in from the edges.Timely peeling: After sandblasting, it is recommended to slowly peel off at a certain angle as soon as possible (before the adhesive is fully cured) to achieve the cleanest peeling effect.Specification selection: Based on sandblasting pressure, sand type, and roughness, select products with different thicknesses (such as 0.2mm, 0.3mm, etc.) and strengths.Summary: Glass cloth sandblasting tape is an essential tool in the surface treatment industry for achieving "selective sandblasting" and "precise protection". It ensures that critical parts of the workpiece remain intact through its own robust "sacrifice", and is a crucial link in guaranteeing the quality of subsequent coatings and product functionality.

What kind of tape is resistant to high temperatures and leaves no residue

MLCC upper/lower tape coated with silver tape

In the production of MLCC (Multi Layer Ceramic Capacitors), the "upper/lower tape" and "silver dipping tape" you asked about are two completely different specialized tapes that play important roles in packaging, transportation, and electrode manufacturing, respectively.📦 Cover/Base TapeThis type of tape is mainly used for packaging and transportation of electronic components. They are used in conjunction with paper carriers to securely seal small components such as MLCC in the grooves of the carrier for accurate picking on automated surface mount machines.Core requirement: To prevent tiny MLCC from being electrostatically broken down, this type of tape usually needs to undergo anti-static treatment. At the same time, they also need to have stable peeling force (pulling force) to ensure that they can be smoothly peeled off on the automatic mounting machine without leaving irregular tear marks.Main suppliers: Major players in the industry include Japan's Mattei Group, Jiemei Technology, and some professional manufacturers such as Taicang Qunte Electrical Materials.🎨 Silver Termination TapeThis type of tape is used in the "sealing" process of MLCC manufacturing to protect the ceramic body parts that do not require sizing. Due to the need to be exposed to high temperatures, it has high requirements for heat resistance.Working principle: When silver paste (or copper paste) is applied to the end of MLCC to form an external electrode, this tape tightly wraps around the rest of the capacitor, providing shielding and protection. Subsequently, the components with adhesive tape will enter a high-temperature oven or sintering furnace for processing.Core technical requirements:High temperature resistance: This is the most critical characteristic. After high-temperature treatment at 200 ° C to 260 ° C, the performance of the tape must remain stable and cannot deform or melt.No residual adhesive: When peeled off after the process is completed, it must be 100% residue free. Any residual adhesive will affect the performance or appearance of MLCC.Flexible and snug: The tape needs to be able to tightly adhere to the tiny surface of MLCC, providing reliable shielding for subsequent electroplating, sintering, and other processes.Main suppliers: The main suppliers in the market include Shenzhen Yizhong Technology Co., Ltd., Dongguan Xinpengda Adhesive Products Co., Ltd., Haojia Enterprise Co., Ltd., Shenzhen Youtu Technology, etc.⚙️ New choice in technology: thermal foaming tapeIn the "silver dipping" process, in addition to traditional silver dipping tape, a more advanced thermal foaming tape is becoming popular.Traditional silver coated adhesive tape needs to be manually or mechanically removed after protection, while thermal foam tape utilizes its own characteristics to rapidly expand in volume at specific high temperatures (about 190-210 ° C), thereby automatically and completely eliminating the stickiness and achieving automatic unloading of components. This characteristic makes it more suitable for high-precision automated production and can effectively avoid the physical damage that traditional tape may cause to fragile ceramic bodies or electrodes when torn off, especially when dealing with small-sized MLCCs

Blue PET high-temperature adhesive tape

Blue PET high-temperature tape is a very important special tape in the fields of electronic manufacturing, electrical insulation, and industry. It usually refers to a type of adhesive tape made from polyester film (PET) as the substrate, coated with high-performance silicone pressure-sensitive adhesive (or acrylic adhesive), and subjected to high temperature treatment.Below is a detailed introduction to its features, applications, and key points for purchasing:Core features and advantagesExcellent high temperature resistance: This is its most important feature. It can usually withstand high temperatures of 130 ° C to 260 ° C for a long time, and even higher temperatures in an instant (such as 300 ° C+). This enables it to maintain stable performance in high-temperature processes such as soldering and reflow soldering.Excellent electrical insulation: PET substrate itself has excellent insulation performance, making it an ideal insulation material for electronic and electrical components such as circuit boards and motor coils.Good chemical stability: resistant to solvents, acid and alkali, moisture-proof, and able to resist the erosion of various chemicals.Strong physical performance:High strength: resistant to stretching and tearing.Dimensional stability: not easily shrink or deform at high temperatures, maintaining precise positioning.Soft and snug: easy to wrap and stick on complex surfaces.Color meaning: Blue is not only a visual identifier for easy identification and inspection, but also blue PET is usually treated with anti-static measures, making it safer for sensitive electronic components. Some blue colors are also used to change color (such as becoming lighter) after high temperatures to indicate that they have undergone a high-temperature process.Easy to tear and leave no residue: High quality tape can be cleanly peeled off after high-temperature protection, without leaving any adhesive stains on the surface of the object being pasted.Main application areasManufacturing of electronic circuit boards (PCBs):Wave soldering and reflow soldering: used to cover (mask) gold fingers, connectors, or specific areas that do not require soldering.SMT patch: Fixed components or used as temporary protection.PCB Splitting: Protect edge circuits during PCB cutting.Electrical insulation:Used for interlayer insulation and bundling of motors, transformers, and inductor coils.Winding and labeling of wires and cables.High temperature spraying and surface treatment:Protect specific areas of the product surface during processes such as painting, sandblasting, and posite material processing:Used as an isolation film or protective film during the curing process of carbon fiber and fiberglass products.Other industrial uses: such as lithium battery manufacturing, heat sealing, temporary fixation in high-temperature environments, etc.Key parameters to pay attention to when making a purchaseSubstrate thickness: Common thicknesses include 25 μ m (1mil), 36 μ m, 50 μ m, etc. The thicker, the higher the mechanical strength, but the flexibility may slightly decrease.Adhesive type:Silicone: The most common and has the best temperature resistance (up to 260 ° C or above), but its initial adhesion may be relatively low and its price may be higher.Acrylic adhesive: has good initial adhesion and adhesion retention, slightly lower temperature resistance (usually 130 ° C-180 ° C), and relatively affordable price.Total thickness: including the total thickness of the substrate and adhesive layer.Temperature resistance level: It is necessary to confirm the long-term use temperature and short-term peak temperature to ensure that your process requirements are met.Width and length: Choose the appropriate roll size according to the usage scenario.Release paper/release film: protect the adhesive surface and ensure that the tape remains sticky before mon Brands and MarketsInternationally renowned brands: 3M (such as 3M 5413, 3M 5419 series), Nitto, Tesa, Teraoka, etc., with reliable quality but high prices.Domestic brands: China also has many excellent manufacturers with high cost-effectiveness, such as Shiyi, Yongle, Fengzhao, etc., which have performed well in meeting industrial demand.Usage recommendationsSurface cleaning: Before pasting, ensure that the surface to be pasted is dry, clean, and free of oil stains.Moderate pressure: Apply even pressure during pasting to ensure that the tape is in full contact with the surface without any bubbles.Environmental testing: Before mass use, it is best to conduct small-scale testing under actual working conditions to confirm its temperature resistance, peel strength, and residual adhesive condition.In summary, blue PET high-temperature tape is a key material that connects "high-temperature processes" and "precision protection". When choosing, please carefully check the product specification sheet (TDS) or request samples from suppliers for testing based on your specific application scenario, temperature requirements, and budget to ensure the most suitable product is selected.

Teflon glass cloth tape

Teflon glass cloth tape.This is a composite tape that combines a high-performance coating of PTFE, a sturdy substrate of fiberglass cloth, and a high-temperature resistant silicone adhesive, making it the "high-performance armor" of industrial tape.Core three-layer structureCore role of hierarchical materialsSurface PTFE (polytetrafluoroethylene) is non stick, wear-resistant, chemical resistant, and has low frictionSubstrate glass fiber cloth provides strength, high temperature resistance, tear resistance, and dimensional stabilityBottom layer organic silicon pressure-sensitive adhesive resistant to high temperature bondingFive core characteristicsExcellent high temperature resistanceContinuous use: -70 ° C to+260 ° C.Short term peak: can withstand instantaneous high temperatures of up to 300 ° C.Stable physical properties at high temperatures, without melting or dripping.Excellent non stick and demolding propertiesAlmost all viscous substances (hot melt adhesive, resin, paint powder, food) cannot permanently adhere and are easy to clean.Strong chemical corrosion resistanceIt can resist the vast majority of acids, alkalis, solvents, and oils, protecting equipment from corrosion.Excellent mechanical performanceGlass cloth provides high strength, tensile strength, puncture resistance, wear resistance, and long service life.The surface friction coefficient is extremely low, suitable for situations that require sliding.Reliable electrical insulationIt can maintain good insulation performance even in harsh environments such as high temperature and humidity.Main application scenarios (by industry)Typical Industry ApplicationsElectronic and electrical high-temperature wire harness wrapping, iron base plate, heating tube insulation, circuit board wave soldering shieldingPackaging and plastic heat sealing machine knife wrapping (one of the main uses), plastic hot pressing molding demolding, conveyor belt anti stickingHigh temperature shielding protection for surface treatment spraying, electrophoresis, powder spraying, and welding splash protectionAnti sticking and high temperature resistant liners for the rollers of textile printing and dyeing hot stamping machines and shaping machinesFood industry baking conveyor belt, drying rack anti sticking (food contact compliance needs to be confirmed)General industrial repair or protective coating for corrosion resistance, wear resistance, and insulationHow to use it to achieve the best effect?This is the key to determining the lifespan and effectiveness of the tape.surface pretreatmentIt is necessary to ensure that the adhesive surface is absolutely clean! Oil free, dust-free, rust free, and water free.Thoroughly clean and air dry with solvents such as alcohol and acetone.Correct pasting processTemperature: The best bonding effect is achieved at room temperature or slightly above room temperature (such as 21 ° C-40 ° C).Method: Starting from one end, slowly pull and stick while applying pressure evenly with a scraper or hand to expel all bubbles.Overlap: If multiple splices are required, there should be an overlap of approximately 10-15mm.The crucial 'thermal curing'After pasting, do not immediately put it into peak high temperature use.Correct steps: Gradually raise the temperature to the working temperature (for example, first raise to 150 ° C and hold for 30 minutes, then raise to the working temperature), allowing the silicone adhesive to fully cure and form the strongest adhesive force.Maintenance and replacementRegularly inspect the surface for wear, scratches, or decreased adhesion.When the surface PTFE layer is severely worn and exposes the glass cloth, or loses its non adhesiveness, it should be replaced in a timely manner.Key points for purchasingCheck parameters: Focus on thickness, width, temperature resistance level, and peel strength.Choose color:Brown/Amber: The most common and universal type.White: Other fillers (such as titanium dioxide) may have been added, and the non stickiness may be slightly different, sometimes making it easier to detect stains.Sample testing: For critical applications, it is essential to first purchase small samples for testing under actual operating conditions.Brand recognition: Choose reputable industrial brands for more stable mon Problems and MisconceptionsQ: Can it be used for non stick pot repair?A: Not recommended! Although the materials are the same, household non stick pans require a dense, uniform coating and a strong bond with the substrate. Tape cannot meet the physical requirements for food safety and long-term cooking, and is prone to peeling off when exposed to high temperatures, posing a safety hazard.Q: Why does the newly applied tape curl or bubble when heated?A: The most common reason is that the surface is not clean or has not undergone "heat curing". Please strictly follow the above pasting and curing steps.Q: What is the difference between it and ordinary high-temperature resistant masking tape?A: A world of difference. Ordinary masking tape (such as washi tape) typically has a temperature resistance of no more than 200 ° C and is not resistant to chemical corrosion, tearing, low friction, or stickiness. Teflon glass cloth tape is a solution to meet extreme and multifunctional needs.If you can provide specific application scenarios (such as what devices are used for, what problems are solved, working temperature, and environment), I can provide you with more accurate selection and usage recommendations.

PET-based double-sided adhesive tape

Double-sided adhesive tape made of PET substrate. This is one of the most core and widely used categories of industrial tapes, and can be called the "universal connector in the industrial field".1. Core positioning: What is PET double-sided tape?It is made of biaxially oriented polyester film as the intermediate substrate, coated with pressure-sensitive adhesive on both sides, and protected by release paper (film). Essentially, it is a high-performance thin adhesive sheet.Keywords: strength, stability, insulation, lightness, multi-purpose.II. Why choose PET double-sided tape? Five core advantagesAdvantages Specific description Brought value1. Excellent dimensional stability: Minimally affected by temperature/humidity, with a thermal shrinkage rate of <1% (typically within 0.5%), ensuring no warping or displacement after precise fitting. It is the first choice for screen fitting and precision electronics.2. Excellent mechanical properties: Resistant to stretching, tearing, and puncturing, with high strength. Capable of withstanding significant stress, used for structural fixation and reinforcement.3. Excellent electrical insulation properties: PET itself is an excellent insulating material with high dielectric strength. It is widely used for insulation, fixation, and protection of electronic components.4. Excellent processing adaptability: Easy to die-cut, punch, and slit, suitable for high-speed automated production. High production efficiency, capable of producing any complex shape.5. Balance of performance and cost: It offers the highest comprehensive cost-performance ratio among acrylic tapes. It is thinner and stiffer than foam tape, and less expensive than PI tape, making it the most popular general-purpose choice.III. In-depth Analysis of Key Components (A Must-See for Model Selection)1. Base material: PET filmThickness: Determines the filling capacity, cushioning, and rigidity of the tape. Common thicknesses include: 0.025mm, 0.05mm, 0.075mm, 0.1mm, 0.125mm, 0.188mm, 0.25mm.Treatment: Corona or coating treatment to enhance the adhesive's adhesion.Color and translucency:Transparency: Optical applications, such as temporary fixation of display devices.White/Black: Shading, identification, decoration (such as internal cover of mobile phone, bottom layer of nameplate).Beige/Gray: General industrial use.2. Adhesive: The soul of performanceSolvent-based acrylic adhesive: The mainstream choice. High initial adhesion, high final adhesion, good temperature and weather resistance.Water-based/lotion-type acrylic adhesive: More environmentally friendly (low VOC), but slightly weaker in water resistance and high temperature resistance.Silicone pressure-sensitive adhesive: used in high-temperature scenarios (long-term exposure to 150-200°C), but with high cost and potentially poor adhesion to plastics.The core performance indicators of adhesives include: initial adhesion, peel strength, holding power, temperature resistance, and chemical resistance.3. Release material: Affects processing efficiencyMaterial: PET release film (high flatness), glassine release paper (economical).Release force: Light, medium, and heavy release, which must match the peeling capability of automatic mounting equipment.IV. Mainstream Application Scenarios and Selection GuidelinesApplication Industry Typical Use Recommended Tape Characteristics (Keywords)Consumer electronics: Mobile phones/tablets: Internal component fixation, FPC attachment, battery fixation, and decorative part fitting. Ultra-thin (0.05-0.1mm), high adhesion, good die-cutting performanceDisplay assembly: Auxiliary fixation of LCD and backlight, touch module and cover panel. High transparency, low haze, no Newton's rings, medium viscosity (easy to rework)Automotive electronics/interior decoration: fitment of in-vehicle displays, interior decoration labels, control panels, and sensor fixation. Resistance to high temperature and humidity, resistance to thermal cycling, and anti-agingLithium battery manufacturing: cell insulation, battery and housing fixation, tab protection. Insulation, flame retardant (UL94 V-0), long-term reliabilityHome appliance manufacturing: Control panel, nameplate, and internal wiring harness fixation. Temperature resistance, chemical resistance, and durable adhesionGeneral industrial use: splicing of plastic/metal/glass plates, labeling, and light-duty hook fixation. High cost-effectiveness, universal adhesion, and multiple thickness optionsV. "Four-step method" for model selection decision-makingStep 1: Determine the adherend"What am I going to glue?" (Material type: plastic, metal, glass, ceramic?)"What about surface energy?" (Difficult-to-stick plastics such as PP/PE require special adhesive systems or surface treatment)Step 2: Analyze the working environmentTemperature: Regular (-20~80°C) or High Temperature (>100°C)?Chemistry: Is there any contact with solvents, oils, or sweat?Outdoors: Is UV resistance required?Stress: Is it subjected to shear force, peeling force, or impact force?Step 3: Clarify process and appearance requirementsProcessing method: manual lamination or high-speed automatic lamination? It determines the release force and substrate stiffness.Appearance requirements: Do you need it to be transparent, white, or black? Is seamless adhesion required?Certification requirements: UL, RoHS, REACH, halogen-free, etc.Step 4: Sample testing and verification (the most crucial step!)Initial adhesion test: Does it stick instantly after being applied?Peel force test: After 24 hours or 168 hours, does the peel strength meet the standard?Aging test: After simulating high temperature and humidity, as well as cold and heat cycling, does the performance degrade?Process validation: Conduct trials on the actual production line to assess the smoothness of die-cutting, waste removal, and mounting.VI. Brand Guidelines and Procurement StrategiesBrand Tier Representative Brands Features and Purchasing SuggestionsInternational top-tier brands such as 3M, Tesa, and Nitto are performance benchmarks with the highest reliability. They are suitable for cutting-edge products with extremely high requirements and sufficient budgets (such as flagship phones and core automotive components). Procurement channels: officially authorized dealers.Domestic leaders: SOWAY, Jinghua, Yongyi, Shihua. The king of cost-effectiveness, with fast service response. Their products have covered the vast majority of mid-to-high-end applications and are the main choice for consumer electronics, home appliances, and general industrial applications. Recommended as the first choice for inquiry and sample testing.Specialized segmentation: Numerous domestic/Taiwanese brands have advantages in certain specific areas (such as special thicknesses, colors). Suitable for customers with unconventional needs.VII. Common Misconceptions and Tips to Avoid PitfallsMisconception 1: The thicker the tape, the stronger the adhesive → False! Adhesiveness depends on the adhesive, while thickness mainly affects filling and cushioning.Misconception 2: Ignoring surface treatment → For difficult-to-stick plastics, directly attaching without treatment will inevitably fail. It is essential to conduct a surface energy test (using a dyne pen) first.Misconception 3: Focusing solely on initial tackiness → Long-term reliability (tack retention, aging resistance) is more crucial, necessitating aging testing.Misconception 4: Release paper is not important → Mismatch in release force is a common cause of decreased yield in automatic placement.Summary and Final RecommendationsPET double-sided tape is the cornerstone material for addressing the bonding needs of "thinning, precision, and automation". It is not a standard product, but rather a customized solution that needs to be selected according to the application.

防静电PI胶带

We specialize in anti-static PI tape. This is a high-end specialty tape that combines high temperature resistance, high insulation, and electrostatic discharge/shielding functions. It is a key material for protecting sensitive electronic components and ensuring production yield.The core overview is that anti-static PI tape is made by coating an anti-static adhesive on a high-performance polyimide film substrate, or by surface treating the substrate (such as coating with an anti-static coating).PI substrate: It is a "gold standard" high-temperature resistant insulation material, renowned for its excellent heat resistance, mechanical strength, and chemical stability.Anti-static function: Designed to address the issue of electrostatic discharge in electronic manufacturing, it prevents damage to integrated circuits, optoelectronic components, etc. by safely discharging or shielding electrical charges.Key Features and Advantages: Ultimate High Temperature Resistance:The PI substrate itself can withstand temperatures ranging from -269°C to 260°C for extended periods, and can endure temperatures exceeding 400°C for short periods. This enables PI tape to easily handle demanding processes such as reflow soldering, wave soldering, chip packaging, and high-temperature baking.Excellent electrical performance:In addition to being an excellent insulator (high dielectric strength), its anti-static version, through technical means, maintains its surface resistivity within a specific anti-static/static dissipation range (typically 10⁴ ~ 10¹¹ Ω/sq), ensuring that it neither accumulates charges due to insulation nor causes short circuits due to conductivity.Excellent mechanical and chemical properties:High strength, tear resistance, puncture resistance, and excellent dimensional stability.It is resistant to most organic solvents, acids, alkalis, and oils, and maintains stable performance even in harsh environments.Diverse ways to achieve functions:Surface anti-static type: An anti-static layer is only applied to the surface of the PI film, while the substrate itself remains insulating. It is primarily used for surface protection and isolation shielding.Overall anti-static type: The PI film itself or the adhesive has undergone special treatment, endowing the entire tape with anti-static properties. After bonding, it can form an electrostatic discharge channel.Key performance parameter: substrate: polyimide filmColor: Typically amber (tea color), but also available in black or customized colors.Thickness: Commonly seen thicknesses include 0.025mm, 0.05mm, 0.075mm, 0.1mm, etc., which are very thin and lightweight.Long-term temperature resistance: -269°C ~ 260°C (due to the inherent properties of the substrate, the temperature resistance of the adhesive is typically in the range of 180-200°C).Surface resistivity: This is the core indicator of anti-static performance.Electrostatic dissipation range: 10⁴ ~ 10¹¹ Ω/sq (the most common and practical range)Conductivity range: < 10⁴ Ω/sqInsulation range: > 10¹² Ω/sq (ordinary PI tape)Adhesive type: Silicone pressure-sensitive adhesive is the mainstream due to its best high-temperature resistance; there are also acrylic adhesives, etc.Main application scenarios (specific occasions to address electrostatic issues) PCB/PCBA manufacturing process protection:During the SMT (Surface Mount Technology) and wave soldering processes, it is used to cover gold fingers, specific solder pads, or connectors to prevent solder splatter and electrostatic discharge. After soldering, it can be easily peeled off without leaving any residual adhesive.Cover sensitive areas during circuit board testing and transportation.FPC (Flexible Printed Circuit) manufacturing:Used as a cover film or reinforcement plate for fixation, it protects the circuitry during high-temperature pressing (lamination) while also discharging static electricity.Semiconductor and chip packaging:Used for temporary fixation and protection in processes such as wafer cutting, chip mounting, and wire bonding, to prevent minor ESD damage that could lead to chip failure.Lithium battery manufacturing:Used for tab insulation and fixation during the winding or lamination process of battery cells, as well as insulation protection for battery packs, it meets both high temperature resistance and anti-static requirements, preventing internal short circuits.Aerospace and military electronics:Used for cable bundling, insulation, and static control in situations with extreme temperatures and high reliability requirements.Differentiating Features from Ordinary PI Tape and Other Tapes: Anti-static PI Tape, Ordinary PI Tape (Insulating), PET Tape Core Functions: High Temperature Resistance + Anti-static, High Temperature Resistance + High Insulation, High Strength Stability + Insulation Temperature Resistance Levels: Extremely High (260°C+), Extremely High (260°C+), Medium-High (120-150°C) Surface Resistance: 10⁴~10¹¹ Ω/sq (Controllable), >10¹² Ω/sq (Insulating), >10¹² Ω/sq (Insulating) Typical Uses: Anti-static solder masking, chip packaging, general high temperature insulation, electrical wrapping, screen bonding, nameplate pasting Pricing: Highest, Very High, Medium Buying Points and Brand References: Clarify Anti-static Level Requirements:Do you require electrostatic shielding (to prevent external electrostatic interference) or electrostatic discharge (to conduct away the charges generated by the product itself)? This determines the range of surface resistivity you need. The most common range is 10⁶~10⁹ Ω/sq.Confirm that the temperature resistance matches the process:What is the maximum temperature for your process? Can the adhesive withstand it? Silicone tape has good heat resistance but may have low initial adhesion; acrylic tape has strong adhesion but slightly inferior heat resistance.Pay attention to peel force and residual adhesive:Especially after solder masking applications, clean peeling without residue is required. Choosing a high-quality adhesive system is crucial.Other performance:Is UL certification (such as UL 94 V-0 flame retardant rating) required?Is solvent resistance (such as flux resistance) required?

What is high-temperature tape? What are the main types and uses?

In many industrial manufacturing and electronic assembly scenarios, ordinary adhesive tape can fail, melt, or even burn when exposed to heat, causing serious problems. At this point, professional high-temperature adhesive tape is needed. This article will take you to quickly understand the basic knowledge, mainstream types, and key application areas of high-temperature adhesive tape.1、 What is high-temperature tape?High temperature adhesive tape, as the name suggests, is a special type of industrial tape designed to withstand medium to high temperature environments. It is not a single product, but a vast family.Its core characteristics are:Excellent heat resistance: The substrate and adhesive are specially formulated to work stably for a long time within a specific high temperature range (usually from 120 ℃ to over 300 ℃), without melting, shrinking, or losing viscosity.Stable physical and chemical properties: able to maintain good insulation, corrosion resistance, anti adhesion or mechanical strength at high temperatures, meeting the stringent requirements of specific processes.Accurate functionality: Used for critical processes such as shielding and protection, insulation fixation, bundling and sealing, anti sticking and demolding, it is an indispensable auxiliary material for improving product quality and production safety.Simply put, high-temperature adhesive tape is a professional tool for solving the problems of bonding, protection, and insulation in "hot" environments.2、 Comparison of the Four Main Types and Core UsesTo facilitate your quick selection, we have compiled the following four most common types of high-temperature adhesive tapes and their characteristics:Common types, temperature resistance range (long-term), core characteristics, and main application scenariosPolyimide tape(Golden Finger Tape/Kapton Tape) With top-notch high temperature resistance and electrical insulation from 260 ℃ to 300 ℃, the material is lightweight and strong, usually with yellow or dark green release paper. Electronics industry: Protect gold fingers and sensitive areas during PCB board wave soldering and reflow soldering; Insulation of motor and transformer coils.High temperature spray painting: precise masking during car and furniture baking.Teflon tape(PTFE Teflon tape) Excellent anti adhesion and chemical corrosion resistance at 200 ℃ -260 ℃, with an exceptionally smooth surface, extremely low friction coefficient, and easy cleaning. Packaging and heat sealing: anti sticking layer for plastic bag heat sealing machine and sealing machine.Food industry: drying line, conveyor belt anti sticking.Chemical industry: anti-corrosion sealing gaskets for reaction vessels and pipe openings.PET tapePolyester film tape has good balance between 120 ℃ and 180 ℃, excellent insulation, solvent resistance, and dimensional stability, and high cost-effectiveness. Electronic components: Fixed, insulated, and protected in medium temperature environments.Lithium battery manufacturing: cell bundling and pole ear fixation.General high-temperature shielding.Fiberglass tape has extreme high temperature resistance, thermal insulation, and fire resistance from 200 ℃ to 600 ℃. The substrate is fiberglass woven cloth, which has high strength but is not usually used for precision insulation. Heavy industry: High temperature pipeline wrapping, boiler insulation, welding operation shielding.Heat sealing cutting: protection of the heat sealing blade edge of packaging machinery.Thermal insulation protection.3、 How to make a preliminary selection?Faced with multiple types, you can follow a simple "three-step method" for initial screening:Temperature setting: What is the maximum temperature for my process? (This is the primary screening criterion)Function: What function do I need the most? Is it insulation (choose polyimide/PET), anti sticking (choose Teflon), shielding (choose polyimide/PET), or bundling insulation (choose fiberglass)?Fixed surface: What material surface does the tape need to be attached to? (Smooth, rough, curved?) Do you need no residual glue?Professional tip: The above are basic classifications. In practical applications, there are more detailed products under each type (such as different thicknesses, adhesives, single/double-sided tapes, etc.). The most reliable way is to provide you with specific process parameters (temperature, time, pressure, substrate, etc.), consult our technical engineers, and obtain customized selection recommendations.summaryHigh temperature adhesive tape is the "behind the scenes hero" in precision manufacturing and industrial production. Choosing the right type not only ensures the smooth progress of the process, but also improves product yield and ensures operational safety. Understanding their differences is the first step towards efficient and professional production.

How about Ruili high-temperature resistant tape?

RuiLi is a relatively well-known Chinese brand in the field of industrial tapes. Its high-temperature resistant tapes have a generally above-average reputation in the market, offering high cost-effectiveness and suitable for most conventional industrial applications.Below is a detailed analysis of Ruili high-temperature resistant tape for your reference:Advantages:High cost-effectiveness Compared to international first-tier brands such as 3M, Dachser, and Nitto, Riley's price is more advanta*us, able to meet basic high-temperature resistance needs at a lower cost, suitable for users with limited budgets or large usage volumes.With a complete product line, Ruili provides high-temperature resistant tapes made of various materials, including the commonly seen:Polyimide tape (also known as gold finger tape): With a maximum temperature resistance of approximately 260℃, it is commonly used for soldering protection on electronic circuit boards and insulation for mobile phone batteries.Teflon tape (PTFE tape): With a temperature resistance range of approximately -70℃ to 260℃, it boasts a smooth surface and excellent anti-adhesion properties, making it suitable for bonding and high-temperature roller coating applications.PET tape: It generally has a temperature resistance range of 130℃-180℃ and is used for general insulation and fixation.Glass cloth tape: With a temperature resistance of up to 200°C or higher, it usually comes with rubber or silicone pressure-sensitive adhesive and is used for insulation and bundling of motors and transformers.Reliable basic performance: For conventional insulation, fixation, shielding, protection, and other purposes, its temperature resistance, insulation, and adhesive strength can meet general industrial and electronic maintenance needs.As a domestic brandit is easy to purchase on major domestic e-commerce platforms and industrial product markets, with stable supply channels.Aspects to be noted (gap with top brands):In terms of process consistencyit may not perform as stably as brands like 3M in extreme temperature conditions (such as prolonged exposure to near-nominal maximum temperature) or precision applications (such as uniform thickness of ultra-thin adhesive tape, stability of adhesive layer). Under prolonged high temperatures, the residual, transfer, or aging of adhesive may become more pronounced.For special applicationssuch as ultra-high strength bonding, ultra-long-term aging resistance, or harsh conditions in specific chemical environments (such as strong solvents or strong ultraviolet radiation), more specialized branded products may be plete certificationInternational top-tier brands typically possess more comprehensive industry certifications (such as UL, CSA, RoHS, etc.). Ruili products also have relevant certifications, but if your products need to be exported or enter specific high-demand industries, it is necessary to carefully verify the details of the certifications.Recommended applicable scenarios:Electronics and electrical appliances: circuit board soldering and masking, component fixing, motor/transformer insulation wrapping (non-extreme environment).Industrial manufacturing: spray painting, paint masking, general pipe bundling, and protection for lightweight high-temperature equipment.Daily maintenance and DIY: home oven, electrical appliance maintenance, handmade crafts, etc.General packaging and securing: Packaging and bundling that can withstand a certain temperature are required.Purchase recommendations:Clear requirements: Determine your key indicators such as maximum operating temperature, required adhesive strength, insulation level, and whether chemical resistance is required.Try before you buy: If the usage is large or the application is critical, it is recommended to purchase a small roll of sample for testing to verify its performance under actual working conditions.Check the parameters: Carefully read the product specification, paying attention to data such as substrate thickness, adhesive type, specific temperature resistance duration, and peel strength.Channel selection: Purchase from official flagship stores or authorized dealers to avoid purchasing counterfeit or outdated products.summaryRuili high-temperature resistant tape is a domestic product that offers "value for money".For most industrial, electronic, and everyday applications under non-extreme conditions, it can reliably complete tasks and is a good alternative to high-priced imported brands.However, if your application involves long-term exposure to extreme high temperatures, high reliability requirements, or precision manufacturing, it may be more prudent to invest in top-tier series from brands such as 3M, Tesa, and Nitto.Final recommendation: Based on your specific application scenario, performance requirements, and budget, weigh the pros and cons between Ruili and high-end brands. For regular use, Ruili is fully capable.

PET transparent high-temperature masking tape

PET transparent high-temperature masking tape "is another key material for masking and protection tasks that require high transparency and excellent dimensional stability in the medium to high temperature range.It perfectly fills the gap between ordinary masking tape (not heat-resistant) and glass cloth tape (opaque, thicker).The following is a comprehensive analysis of PET transparent high-temperature masking tape:Core Features and AdvantagesHigh transparency and visibility: the biggest advantage! During the masking period, it is possible to clearly observe the patterns, text, or status of the covered area, facilitating precise alignment and process inspection.Excellent dimensional stability: PET (polyester) substrate has extremely low shrinkage rate at high temperatures, which can maintain clear shape and edges, and prevent deformation or warping of shielding boundaries due to heat.Good temperature resistance: It can usually withstand 130 ℃ -150 ℃ for a long time, and the short-term peak can reach 160 ℃ -180 ℃. This covers the temperature of most industrial processes such as baking paint, powder coating curing, and electronic component packaging.High strength and puncture resistance: PET film has good mechanical properties, high tensile strength, resistance to friction and slight scratching.Flat and smooth surface: easy to clean and can provide smooth coating edges, suitable for spray masking with surface smoothness requirements.Stable chemical inertness: Has good resistance to common solvents, coatings, and oils.Typical application scenarioselectronic product:LED modules and display panels: When applying glue or spray protection, it is necessary to observe the internal structure.Partial protection of PCB board: protects specific components from being affected during soldering or spraying of three proof paint, and allows observation of solder joints.Glass panel, touch screen: Protect the main window area during border spraying or processing.Industrial spraying and surface treatment:Automotive and home appliance parts baking paint: It is necessary to protect the threaded holes and precision surfaces, and observe the original logo or identification.Secondary processing of plastic parts: such as partial electroplating and UV spraying for masking.Signage and Decoration Industry: When creating complex multi-color patterns, it is used for layered masking due to its high precision and non deformation.High temperature label substrate: It can be used as a high-temperature resistant printing parison with other high-temperature masking tapesCharacteristics: PET transparent high-temperature tape, polyimide brown tape, glass cloth tapeExtremely high transparency, completely transparent, brown semi transparent, completely opaqueMedium to high temperature range (~130-150 ℃), very high (~260 ℃), highest (~180-250 ℃+)High mechanical strength (tensile, puncture resistance), high (tear resistance), extremely high (wear resistance, tear resistance)The substrate has good flexibility, but it is also very stiff, very snug, and thickCore advantages include transparency, dimensional stability, high-precision ultra-high temperature, ultra-thin, electrical insulation ultra-high temperature, and super strong mechanical protectionThe main purpose of shielding is to provide visibility for medium to high temperature spraying, electronic protection for ultra-high temperature welding (wave soldering), precision circuit protection for heavy-duty welding, sandblasting, and extreme environmental protectionSelect key parametersTemperature resistance level: Confirm the long-term use temperature and peak temperature, which must be higher than your process temperature.Adhesive type:High temperature resistant acrylic adhesive: the most commonly used, balancing adhesion, temperature resistance, and final cleaning and peeling properties.Silicone: Higher temperature resistance, but may have lower initial adhesion, suitable for special extreme high temperatures.Thickness: commonly ranging from 0.035mm to 0.1mm. The thinner the thickness, the better the adhesion and the clearer the edges; The thicker, the stronger the protection.Peeling force and residual adhesive control: Choose a model designed for "shielding protection" to ensure clean peeling without residual adhesive after specified time and temperature use. This is the core of measuring the quality of masking tape.Brand and Model:International brands: 3M (such as 3M 5419 series), Tesa, Nitto (Nitto) all have professional series.Domestic brands: There are also many reliable choices, and when choosing, pay attention to specific parameters and user evaluations.Width: Choose the appropriate roll width based on the shielding area to improve efficiency.Usage tips and precautionsSurface cleanliness: crucial! Before pasting, thoroughly clean with solvents such as isopropanol (IPA) to ensure that there is no oil, dust, or water.Paste and compact:Starting from one end, slowly adhere to avoid the formation of bubbles.After pasting, use a scraper or fingers to apply pressure, especially on the edges, to ensure a tight seal and prevent the paint from seeping in.Temperature and time control: Do not exceed the upper limit of the tape's nominal temperature and time, otherwise polymer aging will cause brittleness, difficulty in tearing off, or severe adhesive residue.Removal timing: It is recommended to tear off the workpiece immediately when it has cooled to room temperature or is warm. At this point, the tape has the best performance and is easiest to peel off cleanly. Avoid tearing at extreme high or low temperatures.Testing first: Small area testing must be conducted on new substrates or processes to verify their adhesion, chemical resistance (compatibility with the coating/solvent used), and peel off effect.Summary: PET transparent high-temperature masking tape is the best choice for you to provide precise and visible protection for medium to high temperatures. It perfectly balances the requirements of transparency, temperature resistance, and high-precision masking. If your working temperature exceeds 150 ℃ or you need to resist physical wear (such as sparks, sandblasting), you should consider upgrading to polyimide tape or glass cloth tape.

Question and answer

Anti-static gold finger tape

Acrylic foam double-sided tape

Green PET tape

White PET double-sided adhesive tape

PET green film high-temperature tape

Die-cutting and processing of double-sided adhesive tape

Polyimide composite tape

High-quality PET substrate double-sided tape

Blue PET high-temperature adhesive tape

Green high-temperature PET tape

Polyimide series

Glass cloth tape (Teflon)

PET high-temperature tape (protective film)

Plasma thermal spraying tape

Fire-resistant ceramicized silicone tape

Domestic products replace imported adhesive tapes