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China Shanghai Lorechem Company Limited Company News

Is There a Truly Effective Environmental-Friendly Mold Cleaning Agent?

Is There a Truly Effective Environmental-Friendly Mold Cleaning Agent? Q: What's the biggest challenge with traditional industrial mold and equipment cleaning? A: Removing uncured resins, greases, inks, and other tough contaminants often relies on highly toxic, flammable solvents like and MEK. These pose severe health risks to workers, increase fire/explosion hazards, create environmental compliance burdens, and incur high long-term costs. Finding an effective yet environmental-friendly mold cleaning agent has been difficult. Q: What solution effectively replaces these hazardous solvents? A: Introducing LubeKote 2117B – a revolutionary water-based industrial cleaner. This powerful environmental-friendly mold cleaning agent offers superior performance without the dangers of traditional options, making it a game-changer for sustainable industrial cleaning. Q: Why is LubeKote 2117B considered a top-tier environmental-friendly mold cleaning agent? A: Its credentials are unmatched: Truly Non-Toxic & Safe: Contains zero VOCs (Volatile Organic Compounds), eliminating chemical exposure risks for workers. It's non-flammable (no flash point), enhancing safety in hot or confined spaces. Powerfully Effective: Delivers cleaning performance rivaling harsh solvents on uncured resins, greases, paints, and inks. Eco-Compliant: Free from heavy metals and halogens, meeting stringent global environmental regulations (REACH, RoHS etc.). Residue can be dried and disposed of as regular waste. Drastic Cost Savings: Reduces cleaning costs by up to 80% compared to solvents like  over time. Q: Where does this environmental-friendly mold cleaning agent excel? A: LubeKote 2117B is particularly effective for: FRP (Fiberglass) Mold Cleaning: Safely cleans spray guns, molds, injectors, and tools contaminated with uncured resin – a prime application for this environmental-friendly mold cleaning agent. Automotive (engine parts, filters) Electronics (safe PCB cleaning) Printing (reducing VOC emissions) Aerospace (part degreasing) General tool & roller maintenance Q: How easy is it to use this environmental-friendly solution? A: Extremely simple in 3 steps: Heat for Efficiency: Warm LubeKote 2117B to 40°C (104°F) for optimal performance. Soak & Agitate: Immerse contaminated items. Light scrubbing or agitation accelerates cleaning. Drain & Dry: Remove items and let air dry. No rinsing needed! Q: What results can industries expect? A: Significant benefits: Auto Parts Maker: Saved $70k annually and slashed VOC emissions by 90% vs.  FRP Mold Producer: Boosted cleaning speed by 40% and extended mold lifespan by 30%. Printing Firm: Achieved crucial eco-certifications, unlocking premium EU/US markets. Q: Is the shift towards solutions like this happening? A: Absolutely. As global environmental regulations tighten, toxic solvents are being phased out. High-performance, cost-effective, and truly environmental-friendly mold cleaning agents like LubeKote 2117B are becoming the new standard, adopted by leading manufacturers worldwide for safe, sustainable, and efficient operations. The future of industrial cleaning is water-based.              

2025

07/18

Shanghai Lorechem: Advanced Release Agent Solutions for the Rubber Industry

Shanghai Lorechem: Advanced Release Agent Solutions for the Rubber Industry Efficient demolding is critical in rubber manufacturing, impacting productivity, product quality, and mold longevity. Shanghai Lorechem provides specialized release agents under the LUBKO and LUBEKOTE brands, engineered to meet the demanding needs of diverse rubber applications. Tailored Solutions for Key Industries: Molding (Shock Absorbers, Seals): Our aerosol semi-permanent and high-multiple dilution water-based release agents ensure clean, consistent part release. Rubber Hose (Hydraulic, Automotive, Profiled): Core rod and outer rubber release agents deliver superior lubricity, preventing surface pits and ensuring smooth demolding. Adhesive Tape (Multi-Wedge Belts, Synchronous Belts, Conveyor Belts): Achieve flawless demolding without wire marks. Our agents protect molds from rust and do not interfere with tape coding. Tire Manufacturing: Bladder protectant-release agents and mold release agents offer excellent lubricity and exhaust performance. Benefits include enhanced rubber compound flow, extended bladder life, reduced mold fouling, and improved finished tire appearance. Rubber Stoppers (Medical, Electronic): Ensure easy demolding, superior product gloss, and prevent oil cracking or surface defects. Core Advantages of LUBEKOTE: Exceptional Lubricity: Minimizes friction for effortless part separation. Surface Integrity: Prevents pits, marks, oil cracking, and other defects. Mold Protection: Reduces fouling and inhibits rust formation. Enhanced Productivity: Promotes rubber flow, extends mold component life (e.g., bladders), and streamlines the demolding process. Application Specific: Formulations optimized for distinct rubber types and manufacturing processes. Shanghai Lorechem leverages deep industry expertise to deliver reliable, high-performance release agents that optimize your rubber manufacturing operations. Our solutions directly contribute to higher yields, reduced downtime, and superior product quality. Partner with Shanghai Lorechem for your release agent requirements.Explore our solutions: www.shlorechem.com

2025

07/02

The Advantages and Disadvantages of Different Rubber

The Advantages and Disadvantages of Different Rubber   Natural Rubber (NR)   Advantages: Natural rubber (polyisoprene, NR) has excellent wear resistance, tensile strength and elasticity. It has good adhesion to fabrics and metals and has good low temperature flexibility. Natural rubber is generally resistant to moderate chemicals, alcohols, ketones and aldehydes.   Disadvantages: Natural rubber (polyisoprene, NR) is not suitable for applications involving outdoor exposure (ozone, thermal aging and antioxidant properties). Natural rubber is very resistant to corrosive chemicals, petroleum derivatives, fats and non-polar solvents.   Epdm Rubber     Advantages: EPDM elastomers (ethylene allylene diene monomers) can be used to resist ozone, oxygen, and thermal degradation and are often recommended for outdoor applications. It can show good resistance to water, steam, alkali, acid and oxygen-containing solvents. Epdm rubber has good low temperature flexibility and can be vulcanized with sulfur and peroxide. Disadvantages: EPDM (ethylene allylene diene monomer) is not recommended for applications requiring oil, gasoline, and hydrocarbons resistance. Epdm rubber compression deformation performance is not good, with fabric and metal adhesion is not good.   Fluororubber (FKM)   Advantages: Fluororubber (FKM) is a special elastomer that resists extreme heat, oil, gasoline, hydraulic oil and hydrocarbon solvents. It has good resistance to oxygen, ozone and sunlight, and has good impermeability to gas and steam. Disadvantages: Fluorine rubber is generally not resistant to oxygen-containing solvents, and the performance of tear resistance is relatively poor. The low temperature resistance is not good, generally only to about -25 degrees, the price is expensive.   Nitrile butadiene rubber (NBR)   Advantages: For products that require oil resistance, nitrile (butadiene acrylonitrile, BUNAN, NBR) is the polymer of choice. It has excellent resistance to petroleum, gasoline, petroleum-based hydraulic fluids and hydrocarbon solvents. In addition, it provides good resistance to alkalis and acids. Nitrile rubber can be adapted to a wide temperature range. Disadvantages: NBR (butadiene acrylonitrile, BUNAN, NBR) is not recommended for applications where it is exposed to ozone, weathering, heat, and sunlight. It is less resistant to polar solvents such as esters, ketones, chlorinated solvents or nitrocarbons.  

2024

04/11

The Advantages and Disadvantages of Different Rubber

The Advantages and Disadvantages of Different Rubber   Natural Rubber (NR)   Advantages: Natural rubber (polyisoprene, NR) has excellent wear resistance, tensile strength and elasticity. It has good adhesion to fabrics and metals and has good low temperature flexibility. Natural rubber is generally resistant to moderate chemicals, alcohols, ketones and aldehydes.   Disadvantages: Natural rubber (polyisoprene, NR) is not suitable for applications involving outdoor exposure (ozone, thermal aging and antioxidant properties). Natural rubber is very resistant to corrosive chemicals, petroleum derivatives, fats and non-polar solvents.   Epdm Rubber     Advantages: EPDM elastomers (ethylene allylene diene monomers) can be used to resist ozone, oxygen, and thermal degradation and are often recommended for outdoor applications. It can show good resistance to water, steam, alkali, acid and oxygen-containing solvents. Epdm rubber has good low temperature flexibility and can be vulcanized with sulfur and peroxide. Disadvantages: EPDM (ethylene allylene diene monomer) is not recommended for applications requiring oil, gasoline, and hydrocarbons resistance. Epdm rubber compression deformation performance is not good, with fabric and metal adhesion is not good.   Fluororubber (FKM)   Advantages: Fluororubber (FKM) is a special elastomer that resists extreme heat, oil, gasoline, hydraulic oil and hydrocarbon solvents. It has good resistance to oxygen, ozone and sunlight, and has good impermeability to gas and steam. Disadvantages: Fluorine rubber is generally not resistant to oxygen-containing solvents, and the performance of tear resistance is relatively poor. The low temperature resistance is not good, generally only to about -25 degrees, the price is expensive.   Nitrile butadiene rubber (NBR)   Advantages: For products that require oil resistance, nitrile (butadiene acrylonitrile, BUNAN, NBR) is the polymer of choice. It has excellent resistance to petroleum, gasoline, petroleum-based hydraulic fluids and hydrocarbon solvents. In addition, it provides good resistance to alkalis and acids. Nitrile rubber can be adapted to a wide temperature range. Disadvantages: NBR (butadiene acrylonitrile, BUNAN, NBR) is not recommended for applications where it is exposed to ozone, weathering, heat, and sunlight. It is less resistant to polar solvents such as esters, ketones, chlorinated solvents or nitrocarbons.  

2024

04/11

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