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Interested in the difference between thermoset material and thermoplastic material? Let's break it down. Check out the video below. #engineering #packaging #metalforming #automotive #automotiveindustry #diecutting #oem #oems #processautomation #manufacturingindustry #rubberindustry #oilandgas #oilandgasindustry #transportation #industrial #cnc #mining #agriculture #robotics #roboticsengineering

From foam to xanthan and everything in between if you are making a powder addition into a liquid base a more homogeneous mixture and repeatable process will enhance the quality of your end product. Ask me about setting up a Dynashear demo with Admix, your partner in continuos process improvement!

✨ Common Issues and Solutions for Polyurethane Foam Production ---Poor Rebound Resilience, Low Tensile Strength & Smoke during Foaming✨ 🎈Poor Rebound Resilience A. Raw Materials: High activity of polyether polyols, low relative molecular weight, high activity of silicone oil. B. Process Formulation: Large amount of silicone oil, high tin content, more water with the same tin amount, high TDI index, large amount of white oil used, and excessive powder. 🎈Low Tensile Strength A. Raw Materials: Excessive low-molecular-weight polyether polyols, low hydroxyl value functionality. B. Process Formulation: Insufficient tin results in poor gel reaction, high TDI index with the same tin amount, low crosslinking due to low water content. 🎈Smoke during Foaming Excessive amine causes a large amount of heat release from the reaction between water and TDI, leading to the evaporation of low-boiling substances and smoke. If not burnt, the smoke is mostly composed of TDI, low-boiling substances, and monomer cycloalkanes in polyether polyols. Excessive TDI evaporates on the surface. #sabtech #PUFoamProduction #FoamingIssues

Biogel Extreme Highly deformable and workable, hybrid gel adhesive, bonds everything and is tested under the most extreme working conditions. - Very fast bonding, adhesive strength 5 times superior to a class C2 (4.5 N/mm2) cement‑based adhesive after 24 hrs - Stress resistant 10 times more deformable than a class S2 (> 50 mm) cement‑based adhesive - Easy to spread, 5 times less viscous than a (35 Pa*s) polyurethane adhesive, it turns into a fluid gel like a cement‑based adhesive

Polyurethane pads for hydroforming systems can offer substantially better performance compared to their rubber counterparts. In most applications, they simply last longer and perform more consistently over extended periods of operation. Moreover, high-performance urethane materials allow for finer tuning of the elasto-forming process by choosing unique urethane durometers specific to your production needs for each project. Click on the link in the comments below to learn more. #PolyurethanePads #HydroForming #ElastoForming #PolyurethaneProducts  

✨ Common Issues and Solutions for Polyurethane Foam Production ---Inserted Material Backflow; Crescent-shaped Pits & Slow Curing, Sticky Surface✨ 🎈Inserted Material Backflow A. Increase conveyor speed. B. Adjust cushion plate inclination. C. Increase amine catalyst usage.   🎈Crescent-shaped Pits A. Low-pressure foaming machine: reduce mixing head speed and gas injection. B. High-pressure foaming machine: increase mixing head pressure. C. Silicone oil quality issue. D. Increase amine amount while reducing tin amount to ensure adequate cell opening.   🎈Slow Curing, Sticky Surface Mainly manifested as slow increase in polymer strength, foam too soft and sticky, difficult to cut, and unstable shape of foam blocks when coming out of the channel. Solution: Increase catalyst dosage, check polyol, water, TDI metering. #sabtech #PUFoamProduction #FoamingIssues

What is #YESeal GP Fast Curing Acetic #Silicone #Sealant? The YESeal GP Fast Curing Acetic Silicone Sealant is a high-performance, one-component sealant that cures quickly upon exposure to moisture in the air. It is based on acetic acid cure technology, which provides robust #adhesion to a wide range of non-porous substrates such as #glass, #ceramics, and #aluminum. 

✨ Common Issues and Solutions for Polyurethane Foam Production ---Foaming with Skin, Edge Skin, and Bottom Air; Elongation Rate Too High; Chaotic foaming & Milky Moving Lines✨ 🎈Foaming with Skin, Edge Skin, and Bottom Air Excessive tin, insufficient amine, slow foaming rate, fast gelation rate, low temperature during continuous foaming.   🎈Elongation Rate Too High A. Raw materials: High activity of polyether polyols, low functionality. B. Process formulation: low TDI index, insufficient cross-linking, high tin.   🎈Chaotic foaming (Small bubbles rapidly moving beneath surface) A. Low-pressure foaming machine: increase mixing head speed, decrease gas injection. B. High-pressure foaming machine: increase mixing head pressure.   🎈Milky Moving Lines A. Increase conveyor speed. B. Adjust cushion plate inclination. C. Reduce amine catalyst usage. #sabtech #PUFoamProduction #FoamingIssues

KF-8123 is a high activity, non-hydrolyzable silicone for production of low and ultra-low density flexible foams, or formulations with high fillers concentration. It is designed to provide strong stabilization and good processing latitude, it is also recommended for high hardness medium to high-density foam grades. Key Features: High acitivity sillcone, for densities ranging from 6 to 25 kg/m3 Excellent cell stabilization in high methylene chloride and water dosage formulations, stronger stability in high filler system. Offer high foam height and low recession while maintains good foam porosity in low density, castor oil or palm oil polyol formulation for slab-stock foam. Provide good cell structure and narrow density gradient Increase the hardness of foams Easy to process in both box and continuous machine foaming Whatsapp: +86 13715321452 (Betty) #weihongxin #polyurethane #polyurethanes #polyurethanefoam #chemical #foam #PU #siliconeoil #siliconeL580 #siliconeL618 #PPG #sponge #T9 #A33 #TEDA #siliconesurfactant #amine #aminecatalyst