Leave Your Message
-
Phone
-
E-mail
-
Whatsapp
-
WeChat
High-efficiency processing units engineered to handle the extreme rheological properties, shear requirements, and particulate profiles encountered in industrial adhesive composites.
The global expansion of lightweight composite materials across automotive, aerospace, renewable energy, and infrastructure has triggered an unprecedented surge in high-viscosity adhesive waste streams.
During industrial adhesive synthesis, structural bonding, carbon-fiber resin impregnation, and composite substrate machining, manufacturers generate dense, polymer-rich sludges mixed with inorganic fillers, abrasive particulates, and chemical carriers. Traditional wastewater clarification systems consistently fail because these materials display severe thixotropy, high adhesion coefficients, and non-Newtonian flow behaviors.
By adapting heavy-duty oilfield drilling solids control technology, TR Solids Control provides high-G separation, continuous non-clogging conveyance, and automated rheology-adapted agitation. This industrial cross-over enables continuous extraction of usable fluids, dewatering of gummy composite resins, and substantial reduction of hazardous disposal costs.
Composite processing facilities implementing adapted solids control systems achieve critical operational efficiencies and regulatory compliance.
Industrial adhesives (polyurethanes, epoxies, silicones, and acrylics) shear-thin under dynamic pressure but solidify rapidly when static. Our heavy-duty mud agitators and specialized centrifugal pumps maintain optimal shear to prevent premature gelation inside transport conduits.
Structural adhesives rely on mineral fillers like silica, aluminum trihydrate, glass microspheres, and calcium carbonate. High-G balanced elliptical shale shakers and hydrocyclone desanders isolate abrasive solid fines without degrading delicate carrier media.
Stringent VOC limits and hazardous waste mandates require Zero Liquid Discharge (ZLD) paradigms. Our closed systems segregate dry transportable solids from chemical carrier fluids, radically trimming hazardous freight and off-site incineration overhead.
How customized drilling sludge treatment technology directly solves extreme industrial manufacturing challenges in advanced composite fabrication lines.
In the manufacturing of mega-scale wind turbine blades and aerospace composite wing skins, large volumes of infusing epoxy resins and core-machining dust generate high-density slurries. When mixed with cutting and cooling fluids, this forms a sticky slurry that immediately fouls typical settling tanks.
By deploying our Sludge Vacuum Pump for pneumatic suction coupled with Balanced Elliptical Motion Shale Shakers, composite processors extract raw carbon fibers and solid cured particulates directly at source. The fluid is then cycled through Drilling Fluid Desanders to preserve high coolant clarity for multi-axis CNC machines.
Robotic automotive assembly lines dispense hot-melt polyurethanes, 2K structural adhesives, and mastic sound-damping composite layers. Daily nozzle purge and tank flush cycles produce thick solvent-adhesive emulsions that present severe disposal hazards.
Implementing our Mud Agitator homogenization tanks maintains uniform non-settling suspension of curing resins. A steady-feed Centrifugal Pump feeds the slurry into a decanting centrifuge or secondary hydrocyclone cluster, breaking emulsions and yielding stackable solid filter cakes with less than 15% moisture content.
How mechanical components integrate seamlessly into a cohesive, non-stop extraction and dewatering circuit.
The Sludge Vacuum Pump utilizes high-negative-pressure airflow to extract highly viscous adhesive dregs and milling composite slurry directly from factory basins, trenches, or collection pits without pump impeller blockage.
In-tank Mud Agitators deliver continuous high-torque shear, preventing polymer segregation, phase separation, or premature thixotropic hardening while chemical flocculants or demulsifiers are blended.
The slurry enters the Balanced Elliptical Motion Shale Shaker. High G-force linear/elliptical vibration shears liquid surface tension, discharging oversized resin skins, composite flakes, and agglomerated chunks.
Centrifugal Pumps push the fluid through Drilling Fluid Desanders for 45-75 micron particle extraction. Dry solids are evacuated via Screw Conveyors, leaving clean recovered liquid for industrial reuse.
Established in 2010, TR Solids Control is a professional manufacturer specializing in drilling fluid solids control equipment and integrated solutions. We are dedicated to the design, manufacture, sales and services of solids control systems, following strict quality standards and providing reliable products, professional support and fast response for global customers.
During the past years, together with our experienced engineering team and strong supply chain partners, we have supported drilling contractors, oilfield service companies, industrial adhesive manufacturers, and composite industry partners across Middle East, Africa, Russia, South America, Southeast Asia and other regions, delivering efficient solids control solutions for various complex industrial operations.
Comprehensive equipment lineup deployed across high-solid industrial fluid recycling, chemical adhesive processing, and heavy industrial waste remediation projects.
