خلاصه: Step into our short showcase to explore the solution’s standout capabilities. In this demonstration, you'll see how our Custom PP Plate Boards provide excellent moldproof protection and chemical stability in laboratory environments. Watch as we highlight their durable construction, smooth surface finish, and versatile applications from workbenches to fume hoods.
ویژگیهای مرتبط با محصول:
Excellent chemical stability resists corrosion from most common acid and alkali reagents.
Moldproof and moisture-resistant properties ensure hygienic safety in laboratory settings.
Lightweight construction with 0.9 g/cm³ density reduces structural load.
High temperature resistance up to 120°C for demanding laboratory applications.
Easy to cut, weld, and bend for custom fabrication and installation.
Durable impact resistance withstands daily laboratory use without breaking.
Smooth, non-porous surface resists microbial growth and allows easy sterilization.
Good UV and weather resistance for long-term performance and low maintenance.
سوالات متداول:
What are the main applications of PP boards in laboratory settings?
PP boards are extensively used for experimental workbenches, operating tables, fume hood linings, protective equipment panels, internal partition walls, reagent storage cabinets, and sample culture boxes due to their chemical stability and hygienic properties.
How does the chemical stability of PP boards benefit laboratory use?
The chemical stability allows PP boards to resist corrosion from most common acid and alkali reagents without dissolving or deforming, making them ideal for environments where chemical exposure is frequent.
What customization options are available for PP boards?
We offer customized sizes and thicknesses ranging from 3-30mm, along with multiple color options including white, gray, beige, cyan, and blue to meet specific laboratory requirements and design preferences.
Why are PP boards considered low maintenance for laboratory use?
PP boards feature excellent resistance to aging, moisture, mold, and UV exposure, combined with a smooth non-porous surface that resists microbial growth and withstands sterilization, ensuring long-term durability with minimal maintenance.