I.Product Overview

This product is scientifically formulated by combining high-purity silica colloid dispersion (Component A) with alkali metal silicate solution (Component B). After reaction and curing, a hard and transparent silicate layer is formed. When exposed to intense heat, it can rapidly foam and expand (with an expansion rate of 5-10 times), forming a siloxane foam with dense pores, providing excellent thermal insulation and fire resistance. Through continuous optimization, W50 has thoroughly addressed multiple industry challenges associated with traditional inorganic fireproof liquids, including short usage duration, bubble formation in cured fireproof adhesive layers, susceptibility to yellowing, and strong corrosivity to glass. It is the optimal choice for manufacturing high-quality fire-resistant glass.

II.Core Characteristics of Inorganic Fireproof Liquid:

1.Excellent fluidity: The inorganic fireproof liquid has low viscosity and good fluidity, making it easy to pour and quickly fill glass cavities.

2. Unique formulation design: The inorganic fireproof liquid does not generate bubbles after curing, eliminating the need for repeated defoaming, resulting in a high yield rate of finished products.

3. Sufficient construction window: With a 5-hour operable time , workers can pour the fireproof liquid with ease, especially suitable for the production of complex structural fire-resistant glass or large-sized fire-resistant glass, and meeting the needs of workers for long-duration operations.

4. Outstanding Stability and Aesthetic Appearance:

◆ The cured inorganic fireproof adhesive layer exhibits excellent anti-aging properties, maintaining the transparency and aesthetic appearance of the fire-resistant glass without yellowing over long-term use.

◆ The specialized anti-mildew agent in inorganic fireproof liquid can effectively inhibit microbial growth, allowing the liquid to be stored for long periods without adverse effects such as yellowing, bubbling, or fogging after curing.

◆ It has extremely low corrosivity to glass substrates and production equipment, extending the service life of fire-resistant glass and production equipment.

5.Reliable fire resistance performance: In the event of fire, the fireproof adhesive layer can rapidly and uniformly foam and expand, forming a dense heat-insulating siloxane layer, effectively blocking heat transfer and meeting the requirements of fire-resistant glass E130/E160/E190/E1120 fire ratings

III.Technical Specifications

1.Component Characteristics

                                                          Test Items                                            Component A                                                                     Component B

                                                         Appearance                                        Milky white liquid                                                     Light yellow transparent liquid

                                                       Density (20°C)                                       1.38-1.42 g/cm³                                                                 1.56-1.58g/cm³

                                                      Viscosity (20°C)                                         ≤30 mpa﹒s                                                                     ≤100 mpa﹒s

                                                           pH Value                                                   9.5-10.0                                                                           13.5-14.5

                                                   Main components                Silica colloids, antifreeze agents, corrosionnhibitors,        alkali metal hydroxides, silicates, and water

i                                                                                                    mold inhibitors, carbonization agents, water       

2.Performance of fireproof liquid after curing

                                                          Test Items                                        Technical Specifications                                                         Testing Method

                                                 Effective solid content                                        51.0±0.5%                                                             Muffle furnace method

                                                           Modulus                                                      5.0-5.5                                                                           Titration

                                                     Hardness（25℃）                            >96HA（Sachs hardness A）                                                     Sclerometer

                                           Hardness decline time（25℃）                                       >50s                                                 The time from hardness of 90HA to 50HA

                                                   The yellowing index                                               ΔYI <5%                                            750W xenon lamp irradiation for 2000 hours

                                             Low temperature resistance              -12°C (no icing or bubbles after continuous                                  at ±2°C in refrigerators.

                                                                                                                    placement for 15 days ）

3.Technical indicators for fire-resistant glass performance (10mm thick silicate layer)

                                                          Test items                                               Technical indicators                                                              Test method

                                                   Light transmittance                                         ≥85% (25mm cavity)                                                High-precision optical testers.

                                                 Fire resistance ratings                                   EI30 / EI60 / EI90 / EI120                                            A1 (EN 13501-1:2018) Class

IV.Application guidelines:

1. Prepare qualified glass: Before use, ensure that the original glass sheet is clean, dry, free of oil, dust, scratches, roller marks, aramid rope marks, and polishing marks. It is recommended to use tempered glass that meets national standards.

2. Solution preparation and mixing: W50 is a two-component material. Components A and B must be mixed strictly according to the recommended ratio. Mixing should be done using low-speed stirring (≤100rpm) for 30 minutes, and the mixed liquid should be used within 5 hours.

3. The perfusion technique: Utilizing the low viscosity characteristic of W50, gravity infusion or peristaltic pump infusion can be used. The perfusion process should be performed slowly and steadily, slow and steady, with slow injection from one side of the glass, allowing its good fluidity to naturally level out and avoid generating bubbles. immediately perform sealing treatment to ensure the infusion port is tightly sealed.

4. Curing conditions: Standard curing curve: 60°C constant temperature for 2 hours + 80°C constant temperature for 8 hours. The actual curing time is affected by the heating efficiency of the curing oven, glass thickness, and loading capacity. Please adjust according to the actual equipment conditions on site.

5. post-treatment

◆Appearance inspection: After the fire-resistant glass is cured, it is necessary to check whether the fire-resistant adhesive layer is completely transparent and free of bubbles, and whether the edge fire-resistant adhesive strip is free of bubbles and deformation.

◆ Glass Surface Cleaning:Wipe off the marker pen marks, residual silicone adhesive, and residual fire-resistant liquid on the glass surface.

◆ Glass Packaging: If necessary for glass packaging, double-sided film can be applied to the glass. Stack the fire-resistant glass in descending order of size on A-frame or wooden boxes and secure them. Attach labels (including product specifications, production date, fire resistance rating, etc.) to the outer packaging, and store it for shipment.

V.Packaging and Storage :

1.Packaging specifications:Component A is packaged in 200L plastic drums or 1000L ton barrels, and Component B is packaged in 200kg plastic drums or 1000L ton barrels.

2.Storage conditions: Please store in a cool, dry, ventilated warehouse, away from direct sunlight. The recommended storage temperature is between -10℃ and 35℃ to avoid affecting product performance due to excessively high or low temperatures.

3.Shelf life: Under specified storage conditions, the shelf life of Component A is 6 months from the production date, and the shelf life of Component B is 6 months.

4. Transportation: During transportation, protect from rain, moisture, and sunlight. Do not invert and avoid severe collisions.

VI. Safety and Environmental Protection Safety:

1. This product is a water-based liquid, non-toxic, and non-irritating in odor, classified as a general chemical .

2. Protective measures: It is recommended to wear gloves and goggles during operation to avoid contact with the skin and eyes. If it accidentally contacts the skin, immediately flush with plenty of water; if it accidentally contacts the eyes, immediately flush with plenty of water for at least 15 minutes and seek medical attention promptly.

3. Environmental protection: The product meets green energy-saving standards, does not contain harmful heavy metals, and releases non-toxic smoke when burned. The waste liquid can be treated as general industrial wastewater after neutralization.

VI.Disclaimer

The data provided in this manual is based on our company's existing experimental conditions and testing methods and is for reference only. Due to variations in glass materials, environmental climate, construction techniques, and equipment used by customers, users must conduct small-scale sample testing before formal production to confirm the applicability of the product and determine the optimal process parameters. Our company is not responsible for any direct or indirect losses caused by improper use, incorrect process parameters, or use beyond the recommended range.

Manufacturer: Prelim New Materials (Suzhou) Co., Ltd.

Service hotline: +86 13815120456

Address: building 31, No.2 Taishan Road, high tech Zone, Suzhou, Jiangsu, China

website: www.plmer.com

Email: [email protected]

Kimiminika kinachostahimili moto kilichotengenezwa kwa silica kwa ajili ya glasi inayostahimili moto

Kioevu cha Kuzuia Moto cha Msingi wa Silicon

1. Muhtasari wa Bidhaa

Bidhaa hii hutumia usambazaji wa colloidal wa silika yenye usafi wa hali ya juu. Kiowevu chenye kiwango cha juu cha yabisi kilichotengenezwa kwa kuchanganya baada ya urekebishaji wa glycerol..

Inahusiana na metali za alkali. Baada ya mmenyuko na ugumu Sawa. Huunda safu ngumu, ya uwazi ya silika yenye upanuzi bora, insulation ya joto, na sifa za kuzuia moto.

Ni utengenezaji wa sugu kwa joto la chini (-40 Shahada), nyembamba, na inayoweza kukatwa Chaguo bora kwa kioo kinachozuia moto.

2. Sifa Muhimu

Kiwango kinachofaa cha mnato, bora kwa usafirishaji na kujaza kwa pampu..

Dirisha kubwa la ujenzi: Hutoa hadi saa 5 za muda wa kufanya kazi, na michakato laini ya kuchanganya. Ujenzi wa infusion ni tulivu na hauna haraka, na kuifanya iwe sawa kwa miundo changamano au uzalishaji wa kiwango kikubwa.

Utulivu bora na mvuto wa urembo: Utendaji bora wa kuzuia kuzeeka huhakikisha kuwa bidhaa inakaa bila njano hata baada ya matumizi ya muda mrefu, ikidumisha uwazi na urembo wa kioo. Inazuia kwa ufanisi ukuaji wa vijidudu, ikihakikisha usalama wa usafi katika mazingira ya uhifadhi na matumizi ya muda mrefu. Inaonyesha kutu ya chini sana kuelekea sehemu za kioo na vifaa vya uzalishaji, hivyo kuongeza muda wa matumizi ya ukungu na mashine.

Uzuiaji wa moto unaotegemewa: Inapokabiliwa na moto, hujaa na kupanuka kwa haraka na kwa usawa ili kuunda safu nene, ya insulation ya kaboni ambayo huzuia uhamishaji wa joto kwa ufanisi, ikikidhi viwango vya EI60/EI90./EI120 n.k. Mahitaji ya ulinzi wa moto kwa Daraja [ngazi].

3. Viashiria vya Kiufundi

Sifa za Sehemu

Jedwali

                                                             Kipimo cha Upimaji

                                                               Inayoonekana                                                           Kiowevu cha rangi nyeupe ya maziwa

                                                          Viungo vikuu                  Urekebishaji wa Glycerol, colloidal ya silika, kizuia kutu, Kiungio, Maji

                                                            Uzito (20℃)                                                      1.552-1.555 g/cm³

                                                            Mnato (20℃)                                                              ≤70 cP

                                                                Thamani ya pH                                                           8.5-9.5 9.5.0-10.

Utendaji baada ya ugumu (safu ya silika yenye unene wa 10mm)

Jedwali

                                                           Vipimo vya Upimaji                                                  Viashiria vya Kiufundi                                                  Kumbuka

                                                   Maudhui ya yabisi yenye ufanisi                          68±0.5% Njia ya uzito (105℃, 2h)

                                                                Modulus                                                                4.8-5.0                                                   Njia ya titration

                                                                Ugumu                                                                 >99A                                                   Ugumu wa Shore

                                                        Muda wa kuteleza                                                               >100s                                                   Kipimo cha Kuweka Wima

                                                        Usafirishaji wa mwanga                                                          >85%                                                  Nafasi ya 25mm, eneo la mwanga unaoonekana

                                             Sugu kwa UV (mionzi ya 2000h)Ndio                         <5% — Hakuna ukungu, hakuna viputo                                750W taa ya xenon (Ongeza PVB iliyofunikwa)

                                                  Sugu kwa joto la chini               -40°C, 24h Hakuna barafu, hakuna viputo, hakuna kupasuka, hakuna kutenganishwa               Kipimo cha joto la kila mara

                                                  Sugu kwa joto la juu                 80Celsius, 24h Hakuna viputo, ukungu, au njano

                                                  Mzunguko wa joto la juu-chini             -12Celsius--80Celsius mara 320, hakuna viputo, hakuna ukungu

4. Ukadiriaji wa kuzuia moto EI60/EI90/EI120 Kiwango

5. Ufungaji na Uhifadhi

Vipimo vya ufungaji: ndoo za plastiki zenye kuziba za kilo 200 zinazokinga mwanga/ndoo za tani Ufungaji;.

6. Masharti ya uhifadhi: Tafadhali hifadhi katika ghala lenye baridi, kavu, na lenye hewa ya kutosha. Bidhaa lazima ilindwe kutoka kwa mwanga ili kuzuia michakato ya mapema inayosababishwa na mionzi ya ultraviolet. Joto la uhifadhi linalopendekezwa ni kati ya 5°C na 35°C; epuka kuhifadhi kwa joto la juu sana au la chini sana, kwani hii inaweza kuathiri utendaji wa bidhaa.

Muda wa kuisha kwa matumizi: Chini ya masharti ya uhifadhi yaliyobainishwa, Sehemu A ina muda wa kuisha kwa matumizi wa miezi 6 kutoka tarehe ya utengenezaji, wakati Sehemu B ina muda wa kuisha kwa matumizi wa... miezi 6.

Usafirishaji: Wakati wa usafirishaji, linda dhidi ya mvua, unyevu, na jua. Kamwe usigeuze bidhaa, na epuka athari kali.

7. Usalama na Ulinzi wa Mazingira

Usalama: Bidhaa hii ni nyenzo ya kiowevu inayotokana na maji bila harufu kali ya kuudhi na haijaainishwa kama kemikali hatari.

Hatua za kinga: Inapendekezwa kuvaa glavu na miwani ya usalama wakati wa kushughulikia bidhaa hii ili kuzuia kiowevu kuwasiliana na ngozi na macho. Ikiwa kiowevu kinawasiliana na ngozi kwa bahati mbaya, osha mara moja kwa maji mengi. Ikiwa inawasiliana na macho, suuza mara moja kwa maji mengi kwa angalau dakika 15 na utafute msaada wa daktari mara moja.

Urafiki wa mazingira: Bidhaa inatii viwango vya kijani na vya kuokoa nishati, haina metali nzito zenye madhara, haitoi moshi wenye sumu wakati unawaka, na kiowevu chake cha taka kinaweza kutibiwa kama maji taka ya kawaida ya viwandani baada ya kutolewa tindikali kabla ya kutolewa.

8. Kanusho

Data iliyotolewa katika mwongozo huu inatokana na hali za majaribio za kampuni za sasa na mbinu za upimaji na ni kwa ajili ya marejeleo tu. Kwa sababu ya tofauti katika vifaa vya kioo, hali za mazingira, mbinu za ujenzi, na vifaa vinavyotumiwa na wateja, watumiaji lazima wafanye majaribio madogo kabla ya kuanza uzalishaji kamili ili kuthibitisha ufaafu wa bidhaa na kuamua vigezo bora vya mchakato. Kampuni haitawajibika kwa hasara zozote za moja kwa moja au zisizo za moja kwa moja zinazotokana na matumizi yasiyofaa, vigezo vya mchakato visivyo sahihi, au matumizi nje ya kiwango kilichopendekezwa.

Mtengenezaji: Perima New Materials (Suzhou) Co., Ltd.

Huduma ya simu: +86 13815120456

Anwani: No. 2 Taishan Road, Gaoxin District, Suzhou, Jiangsu Province, China, Building 31, Hefeng Industrial Park

Tovuti rasmi:www.plmer.com

Barua pepe:[email protected]

1. Product Overview

The fire-retardant organic polymer gel is an innovative, transparent thermal insulation core material specifically designed for modern building safety. This product utilizes advanced photopolymerization technology and is scientifically formulated from a blend of specialized organic polymer monomers, inorganic salts, antifreeze agents, foaming agents, and stabilizers.

At room temperature, it is a colorless, transparent liquid. After curing upon exposure to light, it forms a high-strength, highly transparent macromolecular gel network. When exposed to high temperatures during a fire, the gel rapidly undergoes an endothermic reaction and foams densely, creating a robust thermal insulation barrier that effectively blocks the transmission of flames and heat.

🌟 Core Safety Upgrade: This product is free of acrylamide, eliminating at the source the potential carcinogenic risks associated with traditional gel materials. It’s safer, more environmentally friendly, and fully meets the high standards of modern green building practices.

2. Core features

🔮 Exceptional optical performance

Ultra-high light transmittance: In a standard 25mm glass cavity, the light transmittance after curing exceeds 86%, maximizing the preservation of natural indoor lighting.

Colorless and crystal-clear: After curing, the gel is as clear as water, leaving the glass’s original appearance unchanged and perfectly complementing the aesthetic of high-end architectural design.

Superior weather resistance and yellowing resistance: After undergoing a rigorous 2,000-hour artificial accelerated irradiation aging test, the yellowing index (YI) is less than 5%, ensuring long-term use that remains as good as new without any yellowing or cloudiness.

🛡️ Strong structural stability

Strong adhesion: Exhibits exceptionally strong chemical adhesion to glass substrates, ensuring that the backfire-side gel layer remains tightly bonded even under extreme fire conditions.

Self-supporting capability: The gel has high strength and can stably support adhesive layers up to 20 mm thick, with no sagging even after prolonged standing.Fall— No sagging, no risk of glue separation.

Defect Inclusivity: Exhibits excellent inclusivity toward minor scratches or defects on glass surfaces and will not be affected by...On the glass surfaceLocalInjuryCauses corrosion or delamination.

Zero-salt-extraction bubbles: After undergoing long-term reliability testing, the system has proven to be exceptionally stable, completely eliminating issues found in traditional methods.FireproofCommon “salting-out” of gelatin（Snowflake)“and” bubble” issues.

🌍 Broad environmental adaptability

Ultra-wide temperature range: Adapts to extreme operating environments from -40℃ to 80℃, maintaining stable performance whether in the frigid north or the scorching south.

High-grade fire resistance: Fully meets European and Chinese national standards, suitable for EI60 / EI90-rated thermal insulation and fire-resistant glass certification.

3. Technical indicators

Table

                                                    Testing items                              Technical indicators                            Test conditions/Remarks

                                           Appearance (before curing)               Colorless, clear liquid                                Visually estimated

                                                         Density                                              1.25-1.3

                                                         Viscosity                                             <40 cps

                                                              pH                                                  6.3–6.6

                                   Light transmittance (after curing)                               >85%                         25mm glass cavity, visible light region

                                             Yellowing Index (YI)                                           <5%                      750After 2000 hours of Xe lamp irradiation

                                     Operating temperature range                              -40℃ ~ 80℃                       Long-term operating temperature

                                      Maximum support thickness                                  ≤ 20 mm                        Vertically installed, long-term stability

                                suitable for fire resistance classes                             EI60 / EI90                     Fire-rated insulated fire-resistant glass  

                                                         Security                                         Acrylamide-free           Non-toxic and harmless, environmentally friendly

Curing method Natural light / Ultraviolet light Flexibly optional

4. Reliability Assessment Data

This product has undergone rigorous laboratory accelerated aging tests. The data are as follows:

Test sample specifications: 300×300mm; Structure: 5mm glass + 15mm gel + 5mm glass

Edge sealing process: Double sealing with butyl glue + silicone glue

Table

                                                  Test item                                                Test conditions                                         Duration/Number of times Test results

                                     Low-temperature resistance                   -40℃ Constant temperature 24h                       Not frozen, no bubbles, no delamination.

                                     High-temperature resistance                   80°C, held constant for 24 hours                     no bubbles, no delamination, no yellowing.

                                        High-temperature cycling                    80℃ (6h) ↔ 25℃ (2h), 320 cycles                   light transmittance change <3%, no bubbles, 

                                                                                                                                                                                   no delamination, no salt precipitation.

                                        ResistantUltravioletAging                           750W xenon lamp, 2000h                            Light transmittance change <3%, yellowing 

                                                                                                                                                                                                              index <5%

5. Curing Process Guide

This product offers two curing modes, which can be flexibly selected based on production conditions:

🚀 UV Lamp Irradiation Curing (Recommended for Industrial Production)

Time: Only 3 to 5 minutes.

Advantages: Extremely high efficiency, suitable for continuous assembly-line production, uniform curing depth, and rapid strength development.

Equipment: An UV curing cabinet or tunnel oven with the appropriate wavelength must be provided.

☀️ Natural light curing (suitable for small batches or on-site repairs)

Time: Approximately takes3-48 Hours (affected by weather and light intensity).

Advantages: No specialized equipment required, low energy consumption.

Note: Ensure that the ambient lighting is sufficient and uniform, and avoid dust contamination.

6. Packaging, Storage, and Transportation

Packaging specifications: Packaged in sealed, light-resistant plastic drums with a capacity of 200 kg per drum.

Storage conditions:

Store in a cool, dry, and well-ventilated warehouse.

Strictly avoid light exposure: Direct sunlight or strong ultraviolet radiation must be avoided to prevent premature curing.

Temperature control: The recommended storage temperature is 🛡️.0℃ ~ 30℃.

Shelf life: Under the storage conditions specified above, the shelf life is 6 months from the date of manufacture.

Transportation note: During transportation, please cover with a tarpaulin to avoid exposure to direct sunlight and rain.

7. Application Tips and Safety Instructions

Substrate Preparation: Before use, be sure to ensure that the glass substrate is clean, dry, and free of oil or grease to guarantee optimal adhesion.

Small-sample testing: Given that the surface properties of raw glass sheets may vary among different glass manufacturers, we strongly recommend conducting small-sample testing before commencing mass production to verify compatibility.

Environmental impact: The curing speed is affected by ambient temperature, light intensity, and glass transmittance. Please adjust process parameters (such as UV lamp power or irradiation time) according to actual operating conditions.

Security protection:

Although the product does not contain acrylamide, the uncured monomer liquid may cause mild irritation to the skin or eyes.

Please wear protective gloves and goggles when operating.

If contact with skin or eyes occurs accidentally, immediately rinse thoroughly with plenty of water and seek medical attention if necessary.

Waste Disposal: Unsolidified waste liquids should be handled in accordance with chemical waste regulations; solidified waste materials can be treated as general industrial solid waste.

8. Disclaimer

The technical parameters and data provided in this manual are based on our current testing conditions and experience, and are intended for reference purposes only. Given the significant variations in glass materials, environmental conditions, construction techniques, and equipment encountered in real-world applications, users must conduct thorough suitability tests before use. Our company assumes no liability for any direct or indirect losses resulting from improper use, incorrect process parameters, or operation beyond the recommended range.

Manufacturer:Perima New Materials (Suzhou) Co., Ltd.

Technical Support Hotline:+86 13815120456

Official website:www.plmer.com

Address:China No. 2 Taishan Road, High-Tech Zone, Suzhou, Jiangsu Province, Building 31, Hefeng Industrial Park

Jeli ya polima hai rafiki kwa mazingira kwa kioo kinachostahimili moto

Silica Sol kwa ajili ya Kioo Kisichozuia Moto

1. Product Overview

S100-55 is a high-performance alkaline aqueous silica colloidal dispersion specifically developed for cast-type composite fire-resistant glass. This product is based on advanced potassium silicate-expanding thermal insulation core technology and is made from high-purity, large-particle spherical nano-silica.

The core advantage of this product lies in its narrow particle size distribution and exceptionally high stability. After being compounded and cured with alkali metal salts (such as potassium silicate) and additives, the resulting gel layer is colorless, transparent, clear, and free of impurities, exhibiting outstanding optical transparency. It serves as an ideal core substrate for manufacturing high-end Class A fire-resistant insulating glass, ensuring efficient thermal expansion and insulation upon exposure to fire.

2. Main features

🔮 Outstanding Optical Performance: The cured gel layer is highly transparent, free of cloudiness and visible impurities, ensuring that the finished fire-resistant glass boasts exceptional decorative appeal and superior light transmission.

⚪ High-purity spherical structure: The particles exhibit discrete, smooth spherical shapes with a uniform and narrow particle size distribution, endowing the system with excellent rheological properties and homogeneous reactivity, while also preventing localized stress concentrations.

🛡️ Excellent chemical stability: Utilizing a low-sodium stabilization system (with sodium oxide content controlled at 0.05–0.15 wt%), the particles carry a negative surface charge and remain stable for long periods in alkaline environments, making them resistant to agglomeration or gelation.

❄️ Excellent low-temperature resistance: With a formulation that includes glycerin and specific antifreeze agents, this product can withstand low-temperature environments below -20℃ and is suitable for indoor construction applications in most temperate and cold-climate regions.

🧪 High-reactivity performance: Specifically designed for use in combination with alkali metal salts, this product features controllable curing speed. When exposed to fire, it rapidly dehydrates and foams, forming a dense, high-strength, insulating char layer.

3. Typical Technical Parameters (20°C)

Table

                            Testing items                                                Technical indicators                                          Test method/Notes

                             Appearance                                                   White milky liquid                                            Visually estimated

                             Solid content of silica                                           55± 2%                                      Gravimetric method (105℃, 2h)

                                 Density                                                 1.440 - 1.445 g/cm³ Specific                              Gravity Bottle Method

                                pH value                                                        10.0 - 10.5                                                            pH meter

                                Viscosity                                                              ≤ 75 cP                                                 Rotational viscometer

                             Specific Surface Area (Sears)                            30 - 50 m²/g                                                 Titration method

                             Sodium oxide (Na₂O) content                         0.05 - 0.15 wt%                                                      ICP-AES

                             Particle morphology                                      Spherical, discrete                                            TEM observation

                              Particle size distribution                               Narrow distribution                                     Dynamic Light Scattering

4. Application fields

This product is primarily used for the preparation of the core material for pouring-type composite fire-resistant glass.

Compound formulation system: Suitable for compounding with glycerol, functional additives, and alkali metal salts (such as potassium silicate).

Function and Role: As a key component of the expanding thermal insulation core material, it provides skeletal support and serves as the foundation for gel formation.

Applicable scenarios: Widely used in fire-resistant glass projects—such as architectural curtain walls, fire barriers, and skylights—that have high requirements for light transmittance and weather resistance.

Temperature Limit: Recommended for use in areas where the ambient temperature is not lower than -20℃.

5. Usage and Processing Guide

Pre-treatment: Before use, be sure to thoroughly mix this product to eliminate any slight sedimentation that may have occurred and ensure a uniform concentration.

Compound formulation process:

While stirring, slowly add S100-55 to the pre-dissolved alkali metal salt solution (containing glycerol and additives).

Strictly control the stirring speed and temperature to avoid introducing excessive bubbles.

The mixed liquid needs to go throughVacuum degassingThe glass interlayer can then be injected.

Curing conditions: Depending on the specific formulation system, the curing reaction is typically carried out at room temperature or under heated conditions; the exact duration must be determined through experimentation.

6. Storage and Transportation

Storage conditions: Please store in a cool, dry, and light-shielded warehouse.

Temperature requirements: The recommended storage temperature is 5°C to 50°C.

⚠️ Freezing is strictly prohibited: Freezing can damage the colloidal structure, leading to irreversible aggregation and failure.

⚠️ Avoid high temperatures: Prolonged exposure to temperatures above 50°C may cause increased viscosity or premature gelation.

Stability Note: A small amount of sediment may settle at the bottom after prolonged standing, which is a normal physical phenomenon. Once thoroughly stirred, it will not affect the product’s performance.

Shelf life: Under the above-mentioned storage conditions, the shelf life is 10 months.

7. Safety and Health

Toxicity Assessment: This product is non-toxic, does not fall into any category of chemical hazards, and is not classified as a hazardous chemical.

Handling precautions: Although the product is mild, it is alkaline (pH 10–10.5). It is recommended to wear protective eyewear and rubber gloves when handling it. If it accidentally gets into your eyes, immediately rinse thoroughly with plenty of water and seek medical attention.

Environmental Disposal: Waste liquids can be treated as general industrial wastewater and discharged after neutralization; solid waste shall be handled in accordance with local environmental protection regulations.

8. Disclaimer

The data provided in this manual are based on our current knowledge and experience and are intended to describe the general characteristics of the product. Given the wide variety of formulations, process conditions, and environmental factors encountered in practical applications, users are advised to conduct thorough testing and verification before use. Our company assumes no liability for any losses resulting from improper use or use beyond the recommended specifications.

Silica Sol kwa Kioo Kisichozuia Moto

1. Muhtasari wa Bidhaa

S150-70 ni bidhaa iliyoundwa mahususi kwa ajili ya uzalishaji wa njia ya mipako ya Glycerol-modified R&D ya kioo kinachostahimili moto cha composite cha umbwe kikubwa cha hali ya juu, maudhui ya juu ya yabisi, na usambazaji wa colloidal wa silika wa majini. Bidhaa hii ina teknolojia ya kipekee ya glycerol-modification ambayo huongeza sana upinzani wa kuganda na kubadilika kwa mfumo wa sol ya silika.

Kama sehemu muhimu ya nyenzo ya msingi ya insulation ya joto inayoweza kupanuka ya kizazi kipya, S150-70, inapochanganywa na chumvi za metali za alkali na viongezeo, haionyeshi tu uwazi bora wa macho lakini pia huvunja vikwazo vya jadi vya ukubwa na usindikaji wa kioo kinachostahimili moto. Ubunifu wake mkuu uko katika uwezo wake wa kuunga mkono utengenezaji wa "paneli kubwa zisizo na kikomo" na mchakato wa "kukata kiholela"—bila hitaji la vifaa vya kuziba vya butyl au silicone kwa kuziba kingo. Hii hurahisisha sana mchakato wa uzalishaji, hupunguza gharama sana, na kuifanya kuwa suluhisho bora kwa matumizi ya kioo kinachostahimili moto cha ukubwa wa juu sana na usindikaji wa umbo tata.

2. Faida Muhimu

✂️ Teknolojia ya usindikaji wa kimapinduzi (hakuna kuziba kingo/inaweza kusongwa):

Safu ya gel iliyoponywa ina ugumu bora na mshikamano, ikiruhusu kioo kilichomalizika kinachostahimili moto kukatwa, kuchimbwa, au kusaga kingo kwa ukubwa wowote unaotakiwa baadaye.

Kuacha kabisa mchakato wa jadi wa kuziba kingo kwa vifaa vya kuziba vya butyl au silicone hutatua maumivu ya tasnia kama vile kuzeeka kwa kingo, kushindwa kwa wambiso, na mwonekano duni wa urembo.

❄️ Utendaji bora wa joto la chini:

Shukrani kwa mfumo wa glycerol-modified, bidhaa hii inaweza kuhimili joto la chini sana hadi -40℃.

Inafaa kabisa kwa majengo katika mikoa baridi ya mwinuko wa juu, madirisha ya uchunguzi wa hifadhi baridi, na mazingira ya nje yenye baridi kali, bidhaa hii huondoa hatari ya kuvunjika kwa kioo au kushindwa kwa nyenzo ya msingi kusababishwa na kuganda.

📏 Uwezo wa matumizi ya uso wa juu sana:

Maudhui yake ya juu ya yabisi na sifa za mnato wa chini huifanya ifae kwa matumizi ya ukubwa mkubwa. Mchakato wa mipako unaonyesha ufasaha bora, na viputo hutolewa kwa urahisi, na kuifanya kuwa bora kwa ajili ya kuzalisha kioo kinachostahimili moto cha ukubwa wa juu sana (kama vile daraja la ukuta wa pazia). Zaidi ya hayo, inajivunia utulivu bora wa muda mrefu, bila sagging na bila kuweka.

🔮 Ubora wa macho wa uwazi wa juu:

Chembechembe ni tofauti, laini, na mviringo na usambazaji finyu wa ukubwa wa chembe. Baada ya kuponya, kolloidi inayosababishwa ni safi na ya uwazi, bila mabadiliko ya rangi, ikikidhi mahitaji madhubuti ya kuingiza mchana kwa mapambo ya usanifu wa hali ya juu.

🛡️ Yaliyomo chini sana ya sodiamu:

Yaliyomo kwenye sodiamu oksidi hudhibitiwa kwa 0.5wt%, ikizuia kwa ufanisi kutu ya alkali ya msingi ya kioo na kuongeza muda wa maisha ya bidhaa.

3. Vigezo vya Kawaida vya Kiufundi (20°C)

Jedwali

Vitu vya kupima Vigezo vya kiufundi Njia ya kupima/Vidokezo

Muonekano Kioevu cheupe cha maziwa Kadirio la kuona

Maudhui ya yabisi ya silika 69-71% Njia ya uzito (105℃, 2h)

Uzito 1.552--1.555 g/cm³ Njia ya chupa ya uzito maalum

Thamani ya pH 9.5 - 10.5 Kipima pH

Mnato ≤80 Kipima mnato cha mzunguko

Yaliyomo kwenye sodiamu oksidi (Na₂O) 0.5 wt% ICP-AES

Muundo wa chembe Mviringo, tofauti, laini Uchunguzi wa TEM

Kikomo cha joto la chini -40Celsius Jaribio la kuganda (hakuna uharibifu wa fuwele za barafu)

Utendaji maalum wa mchakato Unaweza kukatwa baadaye; hakuna haja ya kuziba kingo. Uthibitisho wa matumizi ya vitendo

4. Mashamba ya Maombi

Bidhaa hii imeundwa hasa kwa mistari ya uzalishaji inayoendelea: inafaa kwa coaters za slot-die za kiotomatiki kikamilifu na coaters za roll, ikiwezesha uzalishaji unaoendelea wa roll-to-roll au karatasi-kwa-karatasi wa kioo kinachostahimili moto. Inafaa sana kwa hali zifuatazo:

Kioo cha ukuta wa pazia cha ukubwa wa ziada: Kutumia ufasaha wake wa juu na utulivu, hutumiwa kutengeneza sehemu za ukubwa mkubwa zinazostahimili moto bila mshono.

Kioo kinachohitaji usindikaji wa baadae: Miradi maalum ambayo inahitaji kukatwa na kutobolewa kulingana na vipimo halisi kwenye tovuti au kabla ya ufungaji.

Milango na madirisha yanayostahimili moto, pamoja na madirisha ya uchunguzi, kwa majengo katika mikoa ya mwinuko wa juu na baridi: ikijumuisha mikoa ya kaskazini, maeneo ya tambarare, na mazingira ya hifadhi baridi.

Kioo maalum cha umbo kinachostahimili moto: Utengenezaji wa kioo kinachostahimili moto katika maumbo yasiyo ya kawaida kama vile miduara na poligoni, bila hitaji la ukungu tata wa kuziba kingo.

Miradi ya mapambo ya hali ya juu: Maeneo kama vile hoteli, viwanja vya ndege, na vituo vya data ambavyo vina mahitaji ya juu sana kwa upitishaji mwanga, upinzani wa hali ya hewa, na urembo wa kingo.

5. Mwongozo wa Matumizi na Usindikaji

Matibabu ya awali: Kabla ya kutumia, tafadhali koroga bidhaa hii vizuri ili kuhakikisha kuwa glycerol na sol ya silika zimesambazwa sawasawa.

Mchakato wa uundaji wa mchanganyiko:

Changanya S150-70 na chumvi maalum ya metali ya alkali (kama vile silika ya potasiamu) na viongezeo vya utendaji kulingana na uwiano wa uundaji wa hati miliki.

Inapendekezwa kupitisha mchakato wa kuchanganya na kuondoa hewa kwa utupu.

Mipako na kuponya:

Baada ya kudhibiti kiowevu cha kulisha kwa mnato fulani, hupakwa kwenye msingi wa kioo, huponywa, na kisha huunganishwa ili kuweka umbo lake.

Usindikaji wa baadae: Baada ya kuponya kukamilika na ukaguzi kupita, kioo huchakatwa moja kwa moja kwa kutumia zana za kukata mitambo. Punguza kingo.

6. Uhifadhi na Usafirishaji

Hali ya uhifadhi: Hifadhi katika ghala la ndani lenye baridi, kavu, na lisilo na mwanga.

Udhibiti wa joto: Joto bora la uhifadhi ni 5°C hadi 50°C.

⚠️ Kuganda ni marufuku kabisa: Ingawa bidhaa iliyomalizika inaweza kuhimili joto la chini hadi -40℃, ikiwa mkusanyiko wa kioevu cha malighafi huganda wakati wa kuhifadhi, inaweza kuharibu muundo wa colloidal na kudhoofisha utendaji.

⚠️ Epuka joto la juu: Mfiduo wa muda mrefu kwa joto zaidi ya 50°C unaweza kusababisha mabadiliko ya mnato au kupungua kwa utulivu.

Kumbuka ya utulivu: Uwekaji kidogo unaweza kutokea baada ya kusimama kwa muda mrefu, ambayo ni jambo la kawaida la kimwili. Hakikisha kuchanganya vizuri kabla ya kutumia; hii haitaathiri utendaji wa mwisho.

Muda wa maisha: Chini ya hali za uhifadhi zilizotajwa hapo juu, muda wa maisha ni miezi 10-12 (inapendekezwa kutanguliza matumizi ya batch zilizotengenezwa hivi karibuni).

7. Usalama na Afya

Tathmini ya sumu: Bidhaa hii haina sumu, haina vimumunyisho vya kikaboni vinavyoyeyuka (VOCs), haijaainishwa kama hatari ya kemikali, na ni rafiki wa mazingira.

Tahadhari za kushughulikia: Bidhaa ni alkali kidogo hadi alkali. Inapendekezwa kuvaa miwani ya kinga na glavu zinazostahimili kemikali wakati wa kushughulikia. Ikiwa bidhaa inagusana na ngozi au macho, mara moja suuza vizuri na maji mengi.

Utunzaji wa uvujaji: Ikitokea uvujaji, tumia mchanga au udongo kunyonya kilichomwagika, au suuza moja kwa moja na maji ili kuipunguza. Hakuna mmenyuko maalum wa hatari.

8. Kanusho

Data iliyotolewa katika mwongozo huu inatokana na maarifa yetu ya sasa ya R&D na viwango vya majaribio ya ndani, na inakusudiwa kuelezea sifa za jumla za bidhaa. Kwa kuzingatia tofauti kubwa katika uundaji, vigezo vya mchakato (kama vile joto, unyevu, na kasi ya kuchanganya), na mazingira ya matumizi yanayokutana katika uzalishaji halisi, tunapendekeza sana watumiaji kufanya majaribio madogo na ya majaribio kabla ya matumizi kamili ili kutambua dirisha bora la mchakato. Kampuni yetu haichukui jukumu lolote kwa hasara zozote za moja kwa moja au za moja kwa moja zinazotokana na matumizi yasiyofaa, uundaji usio sahihi, au matumizi nje ya kiwango kilichopendekezwa.

Silica Sol kwa Kioo Kisichozuia Moto

1. Muhtasari wa Bidhaa

S200-70 ni maalum...Kwa infusionMabadiliko ya Glycerol kwa Maendeleo ya Mchakato wa UzalishajiYaliyomo kwa wingi wa juuDispersion ya silica ya maji.

Kinyume na mbinu za jadi za kupenya, baada ya kutibu mchanganyiko, mipako hii inatoa glasi ya moto yenye uwezo wa kushangaza wa kuzalisha “madirisha makubwa yasiyo na kikomo” na inatoa unyumbufu wa kipekee kwa “kukata kwa njia yoyote,” yote bila hitaji la butyl au sealants za silicone kuzunguka mipaka.Ulinzi.

⚠

2. Paramita za Kitaalamu za Kawaida (20°C)

Meza

                                      Vitu vya kupima                                                          Viashiria vya kiufundi                                                               Kumbuka

                                        Muonekano                                                    Kioevu cheupe cha maziwa                                  Nzuri na sawa, bila chembe zinazonekana.

                                            Yaliyomo kwa wingi wa silica                                               69-71% (wt%)

                                            Uwezo wa wingi                                                        1.552 - 1.555g/cm³

                                          Thamani ya pH                                                               9.5-10.5

                                            Viskosity                                                              ≤80CPS

                              Sodium oxide (Na₂O) yaliyomo                                           0.5 wt%

                                    Muktadha wa chembe                                      Spherical, discrete, smooth                                        Hakikisha usawa wa mipako.

                                  Kiwango cha joto la chini                                                 -40Celsius                                                    Upinzani bora wa barafu

3. Nyanja za Matumizi

Bidhaa hii imeundwa mahsusi kwaInfusionKuandaa nyenzo ya msingi kwa glasi ya moto inayostahimili moto:

Ukuta wa pazia mkubwa: Kutengeneza glasi inayostahimili moto yenye maeneo makubwa sana, yanayozidi mipaka ya vifaa vya kawaida vya casting.

Mahitaji ya usindikaji maalum: Inafaa kwa miradi ya uhandisi inayohusisha kusafirisha bidhaa zisizokamilika hadi eneo kwa ajili ya kukata, kutengeneza mashimo, na ufungaji.

Majengo katika Mazingira ya Baridi Kali: Mifano yenye mahitaji makali ya upinzani wa joto la chini, kama vile maeneo baridi kaskazini, vituo vya kuhifadhi baridi, na skylights za nje.

Glasi ya umbo la juu: Imeunganishwa na kukata CNC, inaruhusu kwa urahisi uzalishaji wa glasi inayostahimili moto katika maumbo magumu kama vile mizunguko na poligoni.

4. Mwongozo wa Matumizi na Usindikaji (Njia ya Mipako)

Kabla ya usindikaji:

Kabla ya matumizi, changanya S200-70 vizuri hadi iwe sawa.

Kuchanganya fomula:

Kulingana na mahitaji maalum ya mchakato, bidhaa hii inapaswa kuchanganywa na wakala wa kutibu (chumvi ya alkali), viongeza moto, wakala wa usawa, na vipengele vingine kwa uwiano uliotajwa.

Changanya mchanganyiko kwa kasi ya chini. Chuja, Ondoa mabalazi, hakikishaInfusionHakuna kasoro za mabalazi.

Baada ya usindikaji:

Mara tu paneli ya glasi inayostahimili moto imekamilika, inaweza kukatwa moja kwa moja kwa ukubwa wowote unaotakiwa kwa kutumia mashine ya kukata. Mipaka iliyokatwa ni laini na safi, ikiruhusu ufungaji bila hitaji la kuimarisha mipaka zaidi.

5. Hifadhi na Usafirishaji

Masharti ya hifadhi: Hifadhi katika ghala baridi, lenye hewa nzuri mbali na mwangaza.

Kiwango cha joto: 5°C - 50°C.

⚠️ Usigande: Ingawa bidhaa iliyokamilika inastahimili -40℃, kuganda kwa kioevu asilia kutaharibu muundo wa colloidal, na kusababisha kushindwa kwa kudumu.

⚠️ Epuka joto la juu: Kuwa na muda mrefu katika joto la juu ya 50℃ kunaweza kusababisha kuongezeka kwa viskositi au kusababisha gelation kabla ya wakati.

Kumbuka kuhusu utulivu: Kiasi kidogo cha sediment kinaweza kuonekana baada ya kusimama kwa muda mrefu, ambayo ni hali ya kawaida ya kimwili. Kabla ya matumizi, hakikisha kuchanganya vizuri ili kuhakikisha usawa; hii haiathiri utendaji.

Muda wa kuhifadhi: Katika masharti sahihi ya hifadhi, muda wa kuhifadhi ni miezi 10–12.

6. Usalama na Ulinzi wa Mazingira

Usalama: Bidhaa hii ni ya msingi wa maji, isiyo na sumu, isiyo na harufu, isiyo na moto, na haina viambato vya kikaboni vinavyoweza kuruka (VOCs); inachukuliwa kama kemikali isiyo hatari.

Tahadhari za kushughulikia: Kwa kuwa bidhaa hii ni ya alkali, waendeshaji wanapaswa kuvaa miwani ya kinga na glavu. Ikiwa inamwagika kwenye macho, safisha mara moja kwa maji mengi kwa angalau dakika 15 na tafuta matibabu.

Kutupa taka: Taka za kioevu zinaweza kufanywa kuwa sawa kabla ya kutolewa, na taka za imara zinapaswa kut treated kama taka za viwanda kwa mujibu wa kanuni za ulinzi wa mazingira.

7. Kanusho

Taarifa zilizotolewa katika mwongo huu zinategemea hali za majaribio za sasa za kampuni na mbinu za kupima na ni kwa ajili ya rejeleo pekee. Kwa kuwa vigezo vya mchakato wa mipako (kama vile kasi ya waya, joto la oveni, na udhibiti wa mvutano) na muundo wa fomula vinatofautiana sana, watumiaji lazima wafanye majaribio madogo na ya majaribio kabla ya kutekeleza kwa kiwango kamili ili kubaini dirisha bora la mchakato. Kampuni haitawajibika kwa hasara zozote zinazotokana na michakato isiyo sahihi, fomula zisizo sahihi, au matumizi zaidi ya mipaka iliyopendekezwa.

Thermochromic (thermotropic) dimming material is a type of liquid composed of various components such as organic monomers, crosslinking agents, plasticizers, salts, and photoinitiators. After being cured by ultraviolet light, they form elastic functional films with temperature-sensitive characteristics: when the ambient temperature is below its critical transition temperature, the functional film appears transparent; when the temperature exceeds this threshold, it transitions to an opaque frosted state. Applying this temperature sensitivity to architectural glass can achieve significant energy-saving effects, while also enhancing the technological and aesthetic qualities of the building.

ⅠTechnical Parameters:

Appearance: Colorless transparent, various color transparent liquids

Density: 1.05

Viscosity: 30cps

Curing Conditions: UV curing machine

Critical Transition Temperature: 25℃, 28℃, 30℃, 35℃, 40℃, 45℃, can also be customized.

This type of thermochromic dimming material is used in the cavity of laminated glass to produce dimming glass that adjusts its transparency based on the ambient temperature. This kind of light-adjusting glass is particularly suitable for glass ceilings, and can also be used for facade curtain walls, doors, and windows.This kind of dimming glass comes in a variety of colors to choose from, such as green, blue, yellow, red, gray, and so on.

Ⅱ The technical parameters of the thermochromic dimming glass made from this material are as follows:

                              Glass structure                                                                Visible light transmittance solar                                      Heat gain coefficient heat transfer coefficient

                                                                                        Transitional state    Frosted state        Fransitional state      Frosted state                                K[W/m2·K] 

                         6TP +2PLM+6TP                                                0.89                   0.15                          0.76                       0.25                                            4.85

                     6 TP+2PLM+6TP +1.14pvb +6TP                           0.88                   0.13                         0.74                        0.25                                            4.69

                6TP+2 PLM+6TP（Medium transparency)                  0.67                   0.05                          0.50                       0.08                                            1.81

                                Low- E+12A+6TP

                   6TP +2PLM +6TP（Low transparency）                  0.35                   0.05                          0.26                        0.08                                           1.60

                                Low- E+12A+6TP

                   6TP +2PLM +6TP（Low transparency）                  0.34                   0.05                          0.25                        0.08                                           1.60

                      Low- E+12A+6TP +1.14PVB+6TP

                    6TP +2PLM +6TP（Low transparency）                0.34                    0.05                          0.25                        0.08                                           1.40

                      Low- E+12Ar+6TP +1.14PVB+6TP

Note: PLM stands for thermochromic material, and 2 refers to a thickness of 2mm

ⅢThis thermochromic dimming glass exhibits excellent weather resistance, with typical assessment data presented in the table below:

                                         Test items                                Test conditions            Test times                                                            Test results

                                     heat resistance                                    90°C                         24h                                                 no bubble, cracking, yellowing,

                              UV radiation resistance                         750W; 45℃                 2000h                 no bubble, cracking, yellowing，the shading coefficient does not decay.

                           low temperature resistance                          -20℃                       240h                                                            No icing occurred

                    high and low temperature cycling                  25℃⟺ 90℃             1000 cycles             no bubble, cracking, yellowing，the shading coefficient does not decay.

Nyenzo za Thermochromic