LATEST NEWS ABOUT LUVERRE QUARTZ

Whether quartz plates age under prolonged UV exposure depends on their material properties. Unlike resin-based engineered quartz plates, high-purity quartz plates—made from fused quartz or through specialized processes—offer excellent UV resistance and weather resistance. Their surfaces not only eff

Whether quartz plates crack during drilling depends primarily on the machining process, equipment precision, and the physical properties of the material itself. As a highly hard and brittle material, using standard drill bits or applying excessive force during drilling can easily lead to chipping or

The temperature limit for quartz plates used as high-temperature viewing windows is not a single, fixed value, but rather a function of time and material stability. Their softening point can reach approximately 1730°C, and they can withstand short-term peak temperatures of about 1100°C; however, to

In optical design and industrial applications, wall thickness is a key geometric parameter that affects the light transmittance of quartz tubes. Theoretically, the absorption and reflection losses that occur when light passes through a quartz medium are directly related to the optical path length; a

The appearance of white mist on the inner wall of quartz tubes is usually caused by poor high-temperature dehydroxylation, poor production exhaust, insufficient internal gas purity, or residual impurities left after cleaning. To address this technical challenge, we provide customized quartz tubes wi

Whether a quartz tube will explode in a vacuum environment depends on its material purity, wall thickness design, surface condition, and operating standards. High purity quartz tubes have extremely low thermal expansion coefficients and excellent thermal shock resistance. They withstand external com

During the processing of quartz products, cutting edge chipping is a common challenge that affects product yield and performance. Quartz material itself has high hardness but low toughness, and belongs to brittle materials. If the force is uneven or the heat is not controlled properly during cutting

Accurately distinguishing between quartz tubes and ordinary glass tubes is the key to ensuring experimental safety and production yield in the fields of industry and scientific research. Although the appearance of the two is similar, the core difference lies in the purity of silicon dioxide: the pur

The long-term continuous use temperature of quartz tubes is usually recommended to be controlled within 1100 ℃, and the short-term ultimate temperature resistance can reach 1450 ℃. If operated at high temperatures exceeding 1100 ℃ for a long time, quartz tubes will indeed face softening deformation

Under high temperature applications, the thermal expansion coefficient of quartz glass is extremely low, usually between 0.5 × 10 ⁻⁶/℃ and 0.55 × 10 ⁻⁶/℃. This characteristic enables it to maintain excellent dimensional stability and almost no deformation even when subjected to drastic temperature c