Impact (Shock) Indicators

Mining, Oil Drilling, Refining Products & Equipment

Impact Indicators help shippers detect damage.

Offering degrees of sensitivity that go up according to freight size, ShockWatch 2 Indicators are not activated until peeled and adhered to package or crate. Activation occurs when package has exceeded G level threshold. Tamperproof and serialized, indicators provide indisputable evidence of mishandling during transportation and shipping. Applications include automotive components, semiconductor...

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Mining, Oil Drilling, Refining Products & Equipment

Thomas G. Goldkamp Introduces a New Line of Shock Impact Indicators and Labels

Thomas G Goldkamp Company Inc. in Ambler PA is happy to introduce its new line of ShockWatch Impact Indicators and Labels to compliment its large line of packaging Materials. ShockWatch Impact Indicators reduce product damage and provide indisputable evidence of mishandling. ShockWatch Impact Indicators detect and record impacts and mishandling of fragile, sensitive, or calibrated products during...

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Mining, Oil Drilling, Refining Products & Equipment

Handling Indicator helps identify supply chain trouble spots.

Suitable for customers shipping large, heavy crates or containers, ShockWatch DropSpot provides indisputable evidence of mishandling during transportation and shipping. Unit is not activated until adhesive backing is removed and it is applied to product or shipping container. Available in 3 different G-level sensitivity options, sensor can be shipped worldwide to customers without accidental...

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Mining, Oil Drilling, Refining Products & Equipment

DC Accelerometers withstand severe environments.

Offered in ranges from ±2 to ±2,000 g, Models 3801A and 4801A hermetically sealed accelerometers offer steady state and transient measurements of acceleration and shock pulses. Model 3801A delivers mV output signal for shock pulse measurements, while Model 4801A offers signal conditioned, amplified output for low level measurements, and incorporates custom ASIC for high-end integral temperature...

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Managing the New FGD Wastewater Regulations
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Managing the New FGD Wastewater Regulations

EPA Steam Electric Power Generating Effluent Limitations Guidelines, or ELG’s, impact coal-fired power plant operations and their wastewater management. Specifically, the ELG’s impose limits for suspended solids, arsenic, mercury, selenium, and nitrate/nitrite for Flue Gas Desulfurization (FGD) wastewater. These regulations drive the need for technology based solutions that address and adapt to variables such as the nature of wastewater streams, types of contaminants, contaminant loading, and costs. In this guide you will learn about the best available technologies for complying with the new standards. One of the leading contenders in this process is the Fluidized Bed Reactor or FBR, which removes soluble selenium and other metals from FGD wastewater. Advantages of fluidized bed reactors include optimum microorganism efficiency, smaller overall footprint, steady-state operation, lower hydraulic residence times, system robustness, and lower costs. Download this guide for additional information on FBR technology for treating FGD wastewater, including pilot studies and tests, and polishing selenium removal options.

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Vector Sports Training Ball Offers Visible Point of Contact

Our goal is to help every athlete derive maximum enjoyment from their sport and become a better player. We offer a line of innovative training tools that combine cutting-edge technology and out of the box thinking to deliver an unbeatable competitive advantage. The Vector Sports Training Ball is just another example of our commitment to innovation. To learn how the Vector is helping ballplayers everywhere, see our video.

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