Core products & industries
Pressure vessels and storage tanks are reviewed against project requirements for semiconductor, chemical and pharmaceutical processes.
The 15-slide digital profile covers core products, industries, manufacturing flow, key equipment, certifications and patents, organization, flagship projects and quotation-review inputs.
Pressure vessels and storage tanks are reviewed against project requirements for semiconductor, chemical and pharmaceutical processes.
Review the seven-stage flow from engineering through inspection together with the key equipment used in fabrication.
Flagship project records, Samsung and SK hynix delivery experience, and the five core RFQ inputs are summarized for buyer review.
Capacity, material, design pressure/temperature, nozzles/manholes, finishes and inspection requirements are confirmed through technical review against customer specifications.

PRESSURE VESSEL · STORAGE TANK · SEMICONDUCTOR · CHEMICAL · PHARMACEUTICAL
Rather than a single fixed fabrication range, material, capacity, design pressure/temperature, nozzles/manholes, finishes and accessories are reviewed for each application and customer specification.
Reviewed against design pressure/temperature, material, nozzle/manhole, surface treatment and project inspection requirements.
Configured project by project for media, capacity, surface treatment and client requirements in semiconductor, chemical and pharmaceutical applications.
Vessel and tank scope is reviewed around chemical storage, CCSS, wet-process and PCW requirements.
Process media, corrosion conditions, materials, finishes, nozzles/manholes and storage requirements are reviewed per project.
Storage and process-tank scope is configured around process media, cleaning and surface requirements.
Food, cleaning, frames and piping are maintained as additional fabrication capabilities.

This is an Arizona, USA project delivery record. The listed capacities are project-specific fabrication records; specifications are reviewed for each project requirement.
Review fabrication conditions using S&D engineering or customer-supplied drawings.
Performed in-house or through qualified outsourcing according to project and material conditions.
Bending may be in-house or outsourced; dished-head forming is outsourced.
Machining is configured in-house or outsourced according to project requirements.
Core welding operations are performed in-house by S&D.
Buffing may be in-house or outsourced; painting and acid cleaning are outsourced.
S&D performs in-house inspection of fabrication status and completed equipment.
Key equipment used for fabrication and processing according to project conditions.
Key equipment used for fabrication and processing according to project conditions.
Key equipment used for fabrication and processing according to project conditions.
Key equipment used for fabrication and processing according to project conditions.
Key equipment used for fabrication and processing according to project conditions.
Key equipment used for fabrication and processing according to project conditions.
Key equipment used for fabrication and processing according to project conditions.
Round and rectangular process tanks for high-purity and chemical applications
Vessels, agitation, piping and access structures configured to project conditions
Equipment frames, structures and custom fabrication for semiconductor applications
Chemical/utility piping and project-specific custom fabrication

S&D performs in-house inspection of fabrication status and completed equipment. Customer drawings, customer-format quality documents and detailed project specifications are managed as controlled project data.
ASME U · 609462029.07.14
ISO 9001:20152026.09.28
ISO 45001:20182026.11.22
MAIN-BIZ2027.03.03
INNO-BIZ · A2027.05.16
PATENT 10-26597972024.04.18
PATENT 10-26863682024.07.15Detailed certification scope and validity should be checked against the original certificate.
Quality, sales, engineering, purchasing, accounting and production functions support quotation, technical review, fabrication and quality activities.
Initial review can begin with the information currently available, even before final drawings are complete.
Initial review can begin with the information currently available, even before final drawings are complete.
Initial review can begin with the information currently available, even before final drawings are complete.
Initial review can begin with the information currently available, even before final drawings are complete.
Initial review can begin with the information currently available, even before final drawings are complete.
Send the basic project specifications to begin technical review. Customer drawings and detailed quality documents can be exchanged through a controlled channel after project coordination.