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W.S. TYLER

W.S. TYLER is a manufacturer of particle size analysis equipment, with a product line centered on test sieves and sieve shakers used in laboratory and industrial settings. The brand's history is tied to the development of standardized sieve testing in North America, and its equipment is commonly referenced in materials testing procedures across mining, aggregates, and chemical processing. 3G Electric supplies W.S. TYLER test sieves and sieve shakers globally, with 65 SKUs currently listed. The range includes mechanical sieve shakers such as the RX-29, RX-94, RX-812, and RX-29-E models, which accept 8-inch or 12-inch diameter sieves and hold up to 9 full-size sieves. These units operate with vibration, circular, horizontal, and vertical tapping motions to separate and classify granular materials. The RX-812 offers digital control with a 1 Hz frequency setting and accepts both 8-inch and 12-inch sieves. Air jet test sieves are also available, including models with stainless steel frames and screens, such as the 450 micron (MPN 3540) and #500 (MPN 9202) versions, both with an outside diameter of 7 7/8 inches and a height of 1 5/8 inches. These sieves are used for particle size analysis where precise separation is required. The equipment is built to standard sieve dimensions and materials, with stainless steel construction common in the air jet sieve line. 3G Electric supports the W.S. TYLER line by providing datasheets, part number cross-referencing, and logistics coordination for international orders. Technical buyers can specify shakers by sieve diameter, number of sieves held, and motion type, while sieve selection is typically based on screen size, frame material, and compatibility with existing shaker models. The product family covers both mechanical agitation and air jet sieving methods, allowing for flexibility in sample preparation and classification workflows. 3G Electric maintains inventory and sourcing channels for these items, enabling procurement teams to obtain individual sieves or complete shaker setups with associated accessories. For plant engineers and maintenance managers, the W.S. TYLER line offers repeatable particle size analysis equipment that integrates into quality control and materials testing laboratories. The shakers are designed for benchtop use and accept standard sieve sizes, which simplifies replacement and expansion. Air jet sieves are available in specific micron and mesh sizes, with stainless steel components that resist corrosion and wear. 3G Electric provides global shipping and documentation support for all listed W.S. TYLER SKUs, including manufacturer part numbers and specifications to assist with verification and ordering.

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About W.S. TYLER

W.S. TYLER is a manufacturer of particle size analysis equipment, with a product line centered on test sieves and sieve shakers used in laboratory and industrial settings. The brand's history is tied to the development of standardized sieve testing in North America, and its equipment is commonly referenced in materials testing procedures across mining, aggregates, and chemical processing. 3G Electric supplies W.S. TYLER test sieves and sieve shakers globally, with 65 SKUs currently listed. The range includes mechanical sieve shakers such as the RX-29, RX-94, RX-812, and RX-29-E models, which accept 8-inch or 12-inch diameter sieves and hold up to 9 full-size sieves. These units operate with vibration, circular, horizontal, and vertical tapping motions to separate and classify granular materials. The RX-812 offers digital control with a 1 Hz frequency setting and accepts both 8-inch and 12-inch sieves. Air jet test sieves are also available, including models with stainless steel frames and screens, such as the 450 micron (MPN 3540) and #500 (MPN 9202) versions, both with an outside diameter of 7 7/8 inches and a height of 1 5/8 inches. These sieves are used for particle size analysis where precise separation is required. The equipment is built to standard sieve dimensions and materials, with stainless steel construction common in the air jet sieve line. 3G Electric supports the W.S. TYLER line by providing datasheets, part number cross-referencing, and logistics coordination for international orders. Technical buyers can specify shakers by sieve diameter, number of sieves held, and motion type, while sieve selection is typically based on screen size, frame material, and compatibility with existing shaker models. The product family covers both mechanical agitation and air jet sieving methods, allowing for flexibility in sample preparation and classification workflows. 3G Electric maintains inventory and sourcing channels for these items, enabling procurement teams to obtain individual sieves or complete shaker setups with associated accessories. For plant engineers and maintenance managers, the W.S. TYLER line offers repeatable particle size analysis equipment that integrates into quality control and materials testing laboratories. The shakers are designed for benchtop use and accept standard sieve sizes, which simplifies replacement and expansion. Air jet sieves are available in specific micron and mesh sizes, with stainless steel components that resist corrosion and wear. 3G Electric provides global shipping and documentation support for all listed W.S. TYLER SKUs, including manufacturer part numbers and specifications to assist with verification and ordering.

Common Applications

  • Mining and aggregates — W.S. TYLER RX-29 sieve shaker for particle size distribution of crushed rock and ore samples.
  • Chemical processing — W.S. TYLER RX-812 digital sieve shaker for classifying catalyst particles and powders with 8-inch or 12-inch sieves.
  • Pharmaceutical quality control — W.S. TYLER air jet test sieve 450 micron (MPN 3540) for fine powder analysis in air jet sieving systems.
  • Food and grain processing — W.S. TYLER RX-94 sieve shaker for separating and classifying granular food products by particle size.
  • Construction materials testing — W.S. TYLER RX-29-E PREMIUM sieve shaker for consistent sieve analysis of cement and sand.
  • Environmental laboratories — W.S. TYLER #500 air jet test sieve (MPN 9202) for particle size analysis of soil and sediment samples.

Frequently asked questions

Common questions about W.S. TYLER from 3G Electric.

What is the difference between the W.S. TYLER RX-29 and RX-94 sieve shakers?

Both the RX-29 and RX-94 are mechanical sieve shakers that accept 8-inch diameter sieves and use circular, horizontal, and vertical tapping motion. The RX-29 is a widely used model for general particle size analysis, while the RX-94 is also an 8-inch unit with similar motion characteristics. The primary differences may relate to specific motor or control features, but both are designed for consistent separation of granular materials. When selecting between them, confirm the required sieve capacity and motion parameters for your application. 3G Electric lists both models with manufacturer part numbers and specifications to aid comparison.

What sieve sizes does the W.S. TYLER RX-812 shaker accept?

The W.S. TYLER RX-812 accepts both 8-inch and 12-inch diameter test sieves. It features digital control with a 1 Hz frequency setting for consistent mechanical agitation. This model is suitable for laboratories that need flexibility in sieve diameter without changing shaker units. The RX-812 holds up to 9 full-size sieves, depending on the stack configuration. Verify that your sieve stack height and diameter are compatible with the shaker's clamping mechanism. 3G Electric provides the RX-812 with part number RX-812 and related specifications.

Are W.S. TYLER air jet test sieves compatible with standard sieve shakers?

W.S. TYLER air jet test sieves, such as the 450 micron (MPN 3540) and #500 (MPN 9202) models, have an outside diameter of 7 7/8 inches and a height of 1 5/8 inches. These dimensions are specific to air jet sieving applications and may not be compatible with mechanical shakers designed for 8-inch or 12-inch sieves. Air jet sieves are typically used with air jet sieve units that create a negative pressure to separate fine particles. Confirm the required sieve diameter and height for your air jet equipment before ordering. 3G Electric lists these sieves with frame and screen material details.

What materials are used in W.S. TYLER test sieves?

W.S. TYLER test sieves are available with stainless steel frames and screens. For example, the air jet test sieves with MPN 3540 and 9202 both feature stainless steel frame and screen construction. Stainless steel provides corrosion resistance and durability for repeated use in laboratory and industrial environments. The screens are available in various US Standard Screen Sizes, such as 450 micron and #500. When selecting a sieve, consider the material compatibility with your sample and the required aperture size. 3G Electric provides material and dimension specifications for each listed sieve.

How many sieves can a W.S. TYLER mechanical sieve shaker hold?

W.S. TYLER mechanical sieve shakers such as the RX-29-E and RX-29-E PREMIUM hold up to 9 full-size sieves. The RX-812 also holds up to 9 full-size sieves when using 8-inch or 12-inch diameter sieves. The actual number may vary based on sieve height and the use of spacers or pans. Always refer to the shaker's operating manual for maximum stack height and clamping capacity. 3G Electric lists the number of full-size sieves held for each shaker model to assist with selection.

What is the purpose of vertical tapping motion in W.S. TYLER sieve shakers?

Vertical tapping motion in W.S. TYLER sieve shakers, such as the RX-29 and RX-94, helps dislodge particles that may become wedged in the sieve openings. Combined with circular and horizontal motion, the tapping action promotes efficient particle separation and reduces blinding. This motion is particularly useful for materials that tend to agglomerate or have irregular shapes. The tapping frequency and amplitude are set by the shaker's design and are not typically user-adjustable on mechanical models. For digital control, the RX-812 offers a 1 Hz frequency setting. 3G Electric provides specifications for each shaker model.