High Frequency Linear Shale Shaker Suppliers and Manufacturers

Source 17 verified suppliers for High Frequency Linear Shale Shaker equipment. Compare grounded dimensions including ISO certifications, alloy construction, and response times. Request quotes to evaluate lead times and MOQs for your drilling operations; review the available evidence before requesting comparable quotations from suitable candidates.

Suppliers List

Comprehensive Sourcing Guide

High Frequency Linear Shale Shaker Supplier Concentration and Factory Types

Buyers searching for a High Frequency Linear Shale Shaker will find that supplier results are concentrated among a small set of Chinese industrial provinces, with Shaanxi and Hebei appearing repeatedly in current listings. Shaanxi-based results cluster around Xi'an and position themselves as manufacturers and factories, listing solids control equipment as their core product family, including shale shakers, centrifuges, desanders, desilters, mud cleaners, agitators, sand pumps, and drilling waste management systems. Hebei-based results, by contrast, include trading companies alongside manufacturers, which means the buyer must distinguish who actually fabricates the vibrating screen assembly from who resells it. A third group of combined-type suppliers focuses mainly on cylinder liners, pump parts, and drilling parts, offering shakers as an extension of an oilfield consumables business rather than as a primary line.

The practical takeaway is that supplier type shapes what you can expect. A manufacturer listing its own brand plus OEM and ODM capability can usually discuss screen deck configuration, model variants, and customization directly. A trading company may offer a broader catalog across solids control categories but adds a layer between you and the production floor. When evaluating any result, check whether the company type is labeled manufacturer, trading company, or combined, and match your technical questions accordingly: engineering questions to factories, catalog and consolidation questions to traders.

How to Verify High Frequency Linear Shale Shaker Suppliers

Verification for this category should start with the credentials that results actually display. Some Shaanxi results carry ISO 14001 and ISO 9001 system certifications with Bureau Veritas verification, while a Hebei result shows an ISO 9001:2015 certificate verified by SGS. Individual product listings add further evidence: several shaker listings cite ISO 9001 certification at the product level, and Hebei shaker models list CE certification. Treat these as starting points, not conclusions. Ask each supplier for the current certificate number and scope, and confirm the certificate covers the specific shaker model and serial batch you intend to order, because a quality management certificate applies to a production system, not automatically to every exported product.

Beyond paperwork, verify the shaker itself. Request the full technical specification sheet for the exact model, since listings vary widely: some list stainless steel construction, multilayer screens, four-screen configurations, vibrating motors around 2×1.7 to 2×1.8 kW, capacities in the 120–140 m³/h range, and deck adjustment from −1 to 5 degrees, while others list alloy material, high-frequency vibration type, and discharge capacity from 120 to 400 m³/h. Confirm the model number on the quotation matches the specification sheet, ask which screens and meshes are compatible, and request photos or videos of a running unit. If third-party inspection is possible in the supplier's province, schedule it before shipment rather than after.

What to Compare Across High Frequency Linear Shale Shaker Suppliers

Build a comparison sheet from the attributes results actually show, without assuming every supplier displays the same fields. Response time is one of the clearest differentiators: current results range from a Shaanxi manufacturer answering in roughly a quarter of a day, to a Hebei trading company at about one day, to a combined-type parts supplier at over four days. For a technical product like a linear shaker, slow response often predicts slow engineering feedback during customization, so weight it heavily. Lead time is another displayed field; one Shaanxi manufacturer lists fifteen days, which you should treat as a reference point and confirm against your screen quantity and customization level.

Also compare verification body, system certifications, supplier type, location, and main products side by side. A manufacturer with OEM/ODM declarations suits buyers needing custom deck angles, screen counts, or private labeling; a trading company suits buyers consolidating shakers with mud cleaners, degassers, and centrifuges from one order. Minimum order quantity appears in some product listings as a single unit, which suits pilot rigs, but do not assume this applies across the catalog. Price ranges, where displayed, vary substantially between models and suppliers, so compare within the same configuration tier: screen area, layer count, motor power, and material all drive the number.

Common High Frequency Linear Shale Shaker Sourcing Risks

The most common risk in this category is specification drift between listing and delivery. Listings often show a model number, a screen size, a capacity figure, and a packing method, but buyers who order from the listing title alone may receive a different deck configuration, screen count, or mesh shape. Several listings in current results share similar model naming conventions across single-shaker, double-shaker, single-layer, and dual-layer variants, which makes transcription errors easy. Insist that the quotation, proforma invoice, and packing list all state the full model code, screen dimensions, layer count, vibration type, and material, and reject documents that abbreviate the model.

A second risk is assuming uniform capability behind similar listings. One supplier may be a factory in Shaanxi with its own brand and OEM/ODM capacity, another a Hebei trading company reselling multiple factories' shakers, and a third a combined parts supplier whose shaker is an ancillary line. Each carries different risk profiles for spare screen supply, warranty handling, and customization depth. Certification risk is also real: CE and ISO claims appear at product and system levels respectively, and a product-level claim from a trading company should be traced back to the producing factory. Finally, long response times of several days can hide engineering bottlenecks; test this before committing by sending a detailed technical question and measuring both the speed and the substance of the reply.

High Frequency Linear Shale Shaker Regional Sourcing and Logistics

Current results point to two provinces with distinct logistics profiles. Shaanxi suppliers, with product origin listed around Xi'an, sit inland, so ocean freight typically routes through an eastern Chinese port after inland transport; factor this into quoted lead times, since a fifteen-day production lead does not include inland haulage or port cutoffs. Hebei suppliers are closer to northern Chinese port infrastructure, which can shorten the door-to-port leg, though you should confirm the actual loading port with each supplier rather than assuming it. Because shakers are heavy steel fabricated units, transport mode and packaging matter more than for small oilfield spares.

Packaging is one field listings do disclose: Shaanxi shaker listings commonly specify pallet or wooden case packing, and one dual-unit model specifies a wooden box or pallet, while a Hebei listing specifies export wooden pallet with plastic seal. For a machine with an adjustable deck and vibration motors, ask how the deck is fixed during transit, whether motors are removed or braced, and whether screens ship separately. If you are consolidating a full solids control package—shaker, desander, desilter, mud cleaner, degasser, agitator, centrifuge—discuss with the supplier how mixed items share container space, since shaker footprints of roughly 2.7 by 1.7 meters up to 4.5 by 2.7 meters dictate container choice. Always confirm gross and net weights in writing before booking freight.

High Frequency Linear Shale Shaker Commercial Terms and Order Planning

Order planning for this category should begin with the model decision, since the commercial terms follow it. Listings show single-layer, double-layer, multilayer, and dual-unit configurations with different footprints and capacities, and some models are flagged as customizable while others list fixed dimensions. Decide your configuration before requesting quotes so that price comparisons rest on identical specifications. Where a listing shows a minimum order quantity of one unit, use it to plan a trial order, but confirm in writing whether screens, motors, and spare parts carry separate MOQs and pricing. Ask whether the quoted price includes export packing, since pallet, wooden case, and wooden box options appear across listings and differ in cost.

Payment and timeline structure should reflect customization. For standard catalog models, confirm production lead time—fifteen days appears in one manufacturer's data—and add packing and inland transport time explicitly. For customized decks or private-label units under OEM/ODM arrangements, request a revised schedule and milestone payments tied to design approval, production completion, and pre-shipment inspection. When buying from a trading company, clarify who issues the commercial invoice, who holds warranty responsibility for the shaker, and how screen resupply will be handled after the first order. Finally, record the verified certification status, response-time performance, and any escrow or platform protection options each supplier offers, so your second and third orders can reward the suppliers who documented everything accurately the first time.

FAQs

What is the price range for high frequency linear shale shakers?

Prices typically range from 9,800 to 15,000 USD per unit. This variation depends on specific configurations such as single or dual deck designs. Buyers should verify exact costs based on their required screen area and motor power specifications before placing orders.

What certifications do these shale shakers usually carry?

Most units carry ISO 9001 and ISO 14001 system certifications. Some models also display CE certification for compliance with European standards. These documents verify manufacturing quality and environmental management practices, ensuring the equipment meets international safety and operational requirements.

What is the typical lead time for manufacturing?

The standard lead time is approximately 15 days. This duration covers production, quality testing, and packaging preparation. Buyers requiring expedited shipping or custom modifications should confirm specific timelines with the supplier to ensure alignment with their drilling project schedules.

What is the minimum order quantity for these shakers?

The minimum order quantity is generally one unit. This low MOQ allows buyers to purchase single units for testing or specific rig requirements. It facilitates flexible procurement strategies without the need for large initial inventory commitments or bulk purchasing agreements.

Where are these shale shakers typically manufactured?

Manufacturing locations include Shaanxi and Hebei provinces in China. Suppliers in these regions specialize in solid control equipment and drilling waste management systems. Buyers can verify specific factory locations to assess logistics costs and supply chain reliability for their operations.

What materials are used in the construction of these shakers?

Common materials include alloy steel and stainless steel for durability. The vibrating screens often feature rectangular or hexagonal mesh shapes. These materials ensure resistance to corrosion and wear during high-frequency operation in harsh drilling fluid environments and solid control applications.