CN
3D printer gear systems — including extruders and transmission gears — usually combine metal and engineering plastics. These components operate under high-frequency meshing, low-speed heavy loads, frequent start-stop cycles, and chamber temperatures of 40–80°C. They are also exposed to PLA/ABS debris and dust. As a result, the grease must provide precise lubrication, wear protection, and noise reduction.
Standard lithium grease often lacks strong adhesion and can be thrown off during operation, leading to dry friction and faster wear. Some lubricants are not compatible with plastics like POM and nylon, causing swelling or brittleness. Poor anti-wear performance may result in gear pitting, increased backlash, print layer defects, misalignment, and abnormal noise. Dust buildup can also mix with grease to form sludge, reducing transmission efficiency and shortening equipment life.
Falcon High-Adhesion Anti-Wear Noise-Reduction Grease is made with synthetic oil and inorganic thickener technology, enhanced with anti-rust and anti-corrosion additives. It complies with RoHS and REACH standards, offers excellent damping and insulation performance, and effectively reduces noise and vibration. Compatible with metals and most engineering plastics, it will not corrode or swell plastic parts. It also provides long-lasting stability, dust resistance, and reliable performance from -20°C to 150°C.
Falcon also provides customized formulations, free sample testing, and full technical support to help manufacturers improve printer reliability and product competitiveness.
