Caesarstone: Eliminating Harmful Bacteria

Tiny microorganisms flourish rampantly throughout our households. While some bacteria are harmless, even considered good for our health, others—bad bacteria—have acquired quite the nasty reputation…and deservedly so. Pathogens such as staphylococcus aureus, salmonella, and Escherichia coli can cause illness and disease—and in the worst cases, death.

While these germs can spread from person to person, contaminated objects and surfaces proliferate the spread of bacteria, especially those located in warm and moist environments. Of course, the hot, steamy bathrooms where we scrub dirt and grime from our bodies and teeth are prime real estate for germs.

However, according to the National Sanitation Foundation (NSF), the areas where our food is stored or prepared has more bacteria and fecal contamination than any other place in the home. In fact, over 75% of dish sponges and rags, 45% of kitchen sinks, 32% of countertops, and 18% of cutting boards had Salmonella, E. coli, and fecal matter when compared to only 9% that was found on bathroom faucet handles.

To combat bacteria throughout the home, Caesarstone, the pioneer of natural quartz surfaces, has compiled several tips for cleaning the five most common bacteria sites in kitchens. Proven to repel bacteria, stain- and scratch-resistant Caesarstone nonporous surfaces are the first to receive NSF (public health and safety) certification and the respected Good Housekeeping Seal from the Good Housekeeping Research Institute. Collaborating with world-renowned designers to innovate the trendiest surfaces available today, easy-to-maintain Caesarstone surfaces are available in a wide variety of colors, styles, designs and textures to fit and vitalize any kitchen space.

Follow us on social media for the latest updates in B2B!

Image

Latest

GPUs
OpenAI–Cerebras Deal Signals Selective Inference Optimization, Not Replacement of GPUs
February 18, 2026

OpenAI’s partnership with Cerebras has raised questions about the future of GPUs in inference workloads. Cerebras uses a wafer-scale architecture that places an entire cluster onto a single silicon chip. This design reduces communication overhead and is built to improve latency and throughput for large-scale inference. Mark Jackson, Senior Product Manager at QumulusAI, says…

Read More
nvidia rubin
NVIDIA Rubin Brings 5x Inference Gains for Video and Large Context AI, Not Everyday Workloads
February 18, 2026

NVIDIA’s Rubin GPUs are expected to deliver a substantial increase in inference performance in 2026. The company claims up to 5 times the performance of B200s and B300s systems. These gains signal a major step forward in raw inference capability. Mark Jackson, Senior Product Manager at QumulusAI, explains that this level of performance is…

Read More
autonomous trucking
Autonomous Trucking Can Shrink Coast-to-Coast Delivery Times and Increase Fleet Productivity
February 18, 2026

The idea of a self-driving 80,000-pound truck barreling down the interstate once felt like science fiction. Now, it’s operating on real freight lanes in Texas. After years of hype and recalibration, autonomous trucking is entering its proving ground. Persistent driver shortages and rising freight demand have forced the industry to look beyond incremental improvements. The…

Read More
top 1%
Get Vertical! Going from Idea to the Top 1% in Less Than 3 Years
February 17, 2026

Independent retail is operating in one of the most competitive environments in decades. According to the U.S. Bureau of Labor Statistics, roughly 20% of new businesses fail within their first year, and a whopping 50% don’t make it to year five. At the same time, consumers are increasingly choosing brands that offer community, authenticity,…

Read More