The Acrefine world is a global one that centres upon fixing and seismic technology in the mechanical, electrical, plumbing and HVAC industries, and our wide range of products come into play via a multitude of essential usages. However, we're also on-hand to work with customers by coming up with solutions for the most difficult scenarios. Problem-solving is a forte of ours.
It's a welcomed challenge. With cutting-edge technology and years of hard-earned experience, here at Acrefine, we curate and offer key fixing products for the construction industry. We do so in three main application categories; Seismic & Wind Restraint; Noise & Vibration Control; and Acoustical Applications. In such lines of work as this, the next challenge is always around the corner - whether expected or unexpected.
With that said, we are entirely committed to solving the most difficult problems that relate to MEP installations. Whether it's preparing for small disturbances or natural disasters, we're malleable and reactive in our approach and our experience helps decision making.
It's a welcomed challenge. With cutting-edge technology and years of hard-earned experience, here at Acrefine, we curate and offer key fixing products for the construction industry. We do so in three main application categories; Seismic & Wind Restraint; Noise & Vibration Control; and Acoustical Applications. In such lines of work as this, the next challenge is always around the corner - whether expected or unexpected.
With that said, we are entirely committed to solving the most difficult problems that relate to MEP installations. Whether it's preparing for small disturbances or natural disasters, we're malleable and reactive in our approach and our experience helps decision making.
Services
Acrefine ASI-R type seismically restrained rubber mounts are designed to limit in all directions any equipment movement caused by external forces such as seismic events.
The isolator has steel housing with four bolt-down holes.
The equipment is bolted directly to the steel insert embedded in the rubber and provides all-directional restraint for lateral and vertical loads.
Rubber elements are grouped by their 'Shore A Hardness' which corresponds to different load ranges.
There are three groups, each colour marked for easy identification.
The isolator has steel housing with four bolt-down holes.
The equipment is bolted directly to the steel insert embedded in the rubber and provides all-directional restraint for lateral and vertical loads.
Rubber elements are grouped by their 'Shore A Hardness' which corresponds to different load ranges.
There are three groups, each colour marked for easy identification.
Acrefine ASI-T4 Type seismic vibration isolators are designed for floor mounted equipment such as cooling towers, chillers and boilers.
These isolators are ideally suited for applications where seismic or high wind forces are likely.
Spring deflections of 50 mm (2) provide excellent noise and vibration control.
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Here you will find product brochures, technical specification documents, installation guides and much more.
These isolators are ideally suited for applications where seismic or high wind forces are likely.
Spring deflections of 50 mm (2) provide excellent noise and vibration control.
You must first sign in or register to gain access to Acrefine downloads.
Here you will find product brochures, technical specification documents, installation guides and much more.
Acrefine ASI-T6 type seismic vibration isolators are designed to carry heavy loads.
The isolator housing is fabricated from high quality welded steel.
This design incorporates four restraining points that limit vertical and lateral movement of the equipment caused by external forces such as high winds or seismic events.
The operational height of the isolator is fixed and any adjustment can be made via the adjustment nut on top of the spring plate.
Studs are provided on the top plate for easy installation.
The isolator housing is fabricated from high quality welded steel.
This design incorporates four restraining points that limit vertical and lateral movement of the equipment caused by external forces such as high winds or seismic events.
The operational height of the isolator is fixed and any adjustment can be made via the adjustment nut on top of the spring plate.
Studs are provided on the top plate for easy installation.
Acrefine ASB-GRP seismic bracing kit consist of steel wire rope, a self-locking grip and attachment bracket(s).
One side of the wire rope is pre-assembled to eyelet or additional attachment bracket(s).
The other side is left loose for field adjustment and locking with grip.
Product is supplied in ready-to-use kits.
Therefore, it is reliable, easy-to-use and cost-effective.
The load range is from 185 to 1,267 kgf (410 to 2,794 lbf).
This product is ANSI/ASHRAE Standard 171 tested and certified and will help you comply with international and local building codes to effectively secure mechanical and electrical building components.
One side of the wire rope is pre-assembled to eyelet or additional attachment bracket(s).
The other side is left loose for field adjustment and locking with grip.
Product is supplied in ready-to-use kits.
Therefore, it is reliable, easy-to-use and cost-effective.
The load range is from 185 to 1,267 kgf (410 to 2,794 lbf).
This product is ANSI/ASHRAE Standard 171 tested and certified and will help you comply with international and local building codes to effectively secure mechanical and electrical building components.
Acrefine ASB-HS handswagers have been specifically designed for swaging (crimping) sleeves on to the wire ropes of ASB-CBL seismic bracing products.
The sleeves used in the manufacture of seismic wire ropes are made of special alloys and therefore require a specific tool for swaging.
This sleeve material is designed to be softer, so it spreads evenly around the wire rope.
During swaging it's imperative that the maximum break strength capacity is maintained whilst the wire rope itself remains fully intact and uncompromised.
The sleeves used in the manufacture of seismic wire ropes are made of special alloys and therefore require a specific tool for swaging.
This sleeve material is designed to be softer, so it spreads evenly around the wire rope.
During swaging it's imperative that the maximum break strength capacity is maintained whilst the wire rope itself remains fully intact and uncompromised.
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