Here you can find the related products in Titanium Disc, we are professional manufacturer of Titanium Forged Disc, Titanium Alloy Round Discs, Pure Titanium Disc, Grade 2 Titanium Disc. We focused on international export product development, production and sales.
Shaanxi Lasting titanium Industry Co.,Ltd is a professional manufacturer & exporter for titanium materials in China more than 30 years' successful experience. We offer the largest selection of Titanium Powder, Titanium Ingots, Titanium forgings, Titanium Bars, Titanium Sheets/Plates, Titanium tube/pipes, Titanium fittings and other Titanium Products in a wide range of sizes grades and specifications. There are more than 3000mt all kinds of Titanium and Titanium alloys materials have been exported from us every year.
Why Choose Lasting Titanium?
-Provide Titanium and Titanium Alloy products Since 1990.
-Titanium Exports hold the record of Top 3 in China for 15 Consecutive Years.
-Titanium Products have been Exported to more than 60 Countries and Regions.
-Supply the best quality products at a reasonable price.
-Provide very fast delivery and excellent customer service.
-Our Certificates: ISO9001, AS9100, AS9120 and PED.
Titanium Disc, Titanium Forged Disc, Titanium Alloy Round Discs, Pure Titanium Disc, Grade 2 Titanium Disc SHAANXI LASTING TITANIUM INDUSTRY CO., LTD. , https://www.lastingti.com
If the phrase "intrinsic safety" (IS) is unfamiliar to you, it's crucial to grasp its significance in relation to devices used in hazardous locations and classified zones. Intrinsic safety refers to any device that cannot, under any circumstances, ignite volatile materials and trigger an explosion. These devices are specifically designed for use in spaces where combustible gases exist in explosive atmospheres and hazardous areas.
Intrinsically safe equipment must have extremely low energy and temperature outputs, ensuring they won't produce a spark under any condition. Using a device capable of reaching high temperatures or causing sparks could ignite gases and lead to an explosion, making "accident-proof" technology vital.
For a device to be considered intrinsically safe, it must be approved for use in hazardous locations by a certifying body, often referred to as HazLoc certification. In the EU, the ATEX directives outline the requirements for equipment meant for explosive atmospheres, while the International Electrotechnical Commission System establishes standards for such certifications. In the US, OSHA provides different regulations, requiring equipment intended for explosive atmospheres to bear the mark of a recognized Nationally Recognized Testing Laboratory. In Canada, similar oversight is handled by the Canadian Standards Association.
The image accompanying this text highlights the importance of intrinsic safety—aiming for complete safety in every environment. Historically, early coal mines were among the first industrial settings recognized as hazardous due to the mix of methane gas and coal dust. Initially, miners used long poles with burning embers or even water-soaked ponies with candles to ignite gases. Later, ventilation became a key method to reduce hazards by diluting gases and dust to safer levels, a practice still relevant today.
The first protective measures involved making motors explosion-proof by enclosing them, reducing explosion risks. When low-voltage signaling bells caused mine explosions in the early 1900s, the idea of intrinsically safe equipment emerged. Over time, regulatory bodies focused on industrial safety, and today, these organizations test and approve devices for hazardous environments.
There's a distinction between intrinsically safe equipment and explosion-proof/non-incendive equipment. While intrinsically safe equipment prevents explosions, explosion-proof equipment contains and protects against explosions. Explosion-proof equipment withstands internal explosions and dissipates energy safely.
Intrinsically safe equipment limits electrical energy in both normal and abnormal conditions, ensuring it never poses a risk of static electricity or heat discharge. Typically, currents are engineered to stay below levels that could ignite flammable environments (below 29V DC and 300 mA), with operating temperatures usually not exceeding 135°C. Protective devices like barriers prevent excess energy from current surges from becoming ignition sources.
Intrinsically safe equipment is suitable for any environment with potential explosion risks, including gas lines, fuel containers, mining operations, and oil and gas facilities. Other materials like fine powders and dust from various particles can also pose explosion risks.
To determine if equipment is safe for use, various regulations dictate design, development, certification, and manufacturing processes. Certified IS products carry labels indicating compliance with specific guidelines. While drones aren’t intrinsically safe, they can operate in nitrogen-inerted environments, allowing inspections of assets handling explosive goods. The pursuit of intrinsic safety aims to eliminate human risks entirely, with ongoing advancements in devices, hazard mitigation, and unmanned systems driving this goal forward.