Pour strips are a drag on any construction schedule. They not only require re-pouring the leave-out, but also restrict worker access. By eliminating pour strips, the PS=Ø® system can cut weeks or even months from construction schedules.

PS=Ø ® is a mechanical reinforcing splice system that eliminates pour strips, wall leave-outs, and expansion joints while maintaining structural integrity and allowing for volume change. It utilizes proven coupler technologies recognized worldwide, featuring a thread on one end and a grout-filled sleeve on the other.

The alternative to the traditional leave-out pour strip in post-tension cast-in-place concrete construction. This alternative provides all the engineering functionality of the traditional...

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PS=Ø® is an innovative rebar coupler that replaces traditional pour strip leave outs with a small joint while allowing for volume change and maintaining structural continuity. Key benefits: •...

PS=Ø® stands for pour strip zero. It utilizes proven coupler technologies that have been used worldwide for decades. With a tapered thread on one end and a grout-filled sleeve on the other, this...

2018年12月10日 · PS=0® Reinforcing Splice System: This is a rebar splicing method. The slab rebar is spliced much like the conventional pour strip except using a coupler device rather than bond/development length. This solution requires only minimal reinforcing adjustment and that only in the bay of the coupler.

PS=Ø® stands for pour strip zero. It utilizes proven coupler technologies that have been used worldwide for decades. With a tapered thread on one end and a grout-filled sleeve on the other, this patented system meets ACI Type 1 and Type 2 mechanical splice requirements, is ICC approved and made in the USA.

Have you seen how easy it is to install and grout our PS=Ø® couplers? The word from the field is “simple, makes our lives easier!” Visit our website at https://techsalesps0.com and contact …

2021年7月6日 · 对于host来说，如果要求ssd在active状态，那我们就是pcie会在L0，nvme是在PS0。 1. Host设定性能和功耗: Power Objective和Performance Objective。 2. Host通知Controller更改设备的power state。 NVMe最多支持32个电源状态 (PS, Power State)。 NVMe设备可支持的Power State数目可以在Identify Controller Data Structure Byte [263]中查看。