About Us
SPCI, an advanced chemical materials company since 2009.
Infrastructure
Production, research, and analytical infrastructure with 26 reactors and a total capacity of 76,450 L.
Business Model
3 collaboration models—ODM, OEM, and OBM—tailored to customer needs.
Products
36 products across metallocene catalysts, electronic materials, and specialty chemicals.
ESG Management
Sustainable management implemented through 6 policies and relevant certifications.
Information
Information on company e-brochure, our talent philosophy, employee benefits, careers, and contact information.
From new material development to commercialization,
SPCI partners with customers throughout the entire process—from initial development to commercial-scale production.
Creating New Possibilities
Through Advanced Materials Manufacturing
From catalysts and next-generation electronic materials to specialty chemicals,
we help shape the future of industry through the commercial-scale production of advanced materials.
Growing Together with Customers
Through Safety and Quality
Built on a foundation of safety and stringent quality management,
SPCI grows by contributing to the success of its customers.
01/ 03
Our integrated production technology maintains controlled conditions throughout the process, from raw material charging to packaging, minimizing product exposure to oxygen and moisture.
Our integrated production technology maintains controlled conditions throughout the process, from raw material charging to packaging, minimizing product exposure to oxygen and moisture.
Our diverse reaction and purification facilities enable us to configure production environments according to the characteristics of each material.
We respond flexibly to projects ranging from research-scale development to commercial-scale production.
SPCI researches and manufactures high-value-added chemical materials, including metallocene catalysts, electronic materials, and specialty chemicals.
We take responsibility for every stage of the process, from material development tailored to customer requirements to stable supply.
FACILITIES
Every stage of production—from reaction and purification to safety management
and quality verification—is carried out using our in-house facilities and equipment.
Scale-up Reactors
Our reactors range from small to large capacities,
enabling us to accommodate different production
volumes with flexibility and reliability.
Purification & Drying
Our purification and drying processes remove
impurities and moisture, helping us achieve
the high purity required by our customers.
High-Pressure Reactors
Our high-pressure reactors accommodate specialized
reactions requiring elevated temperatures and pressures,
enabling us to perform challenging processes in-house.
Specialized Facilities
We operate specialized equipment and systems essential for
high-purity material production, including ozone systems, ejectors,
ultrapure water systems, and dedicated storage facilities for raw materials and finished products.
Semiconductor
High-purity chemical materials used to form thin, uniform films in semiconductor deposition processes such as atomic layer deposition (ALD) and chemical vapor deposition (CVD).
Plastics
Ready-to-use catalysts produced by immobilizing catalytic components on solid supports to enhance stability and ease of handling. They are used directly in plastic manufacturing processes, such as polyethylene (PE) and polypropylene (PP) production.
Plastics
Catalysts used in polyolefin manufacturing to precisely control molecular structures and produce resins with excellent physical properties.
Fine Chemicals
Chemical materials designed and synthesized for specific applications and physical properties. Our portfolio includes high-value-added products suited to high-mix, low-volume production.
Pharmaceuticals
Fine chemicals manufactured using high-purity, high-yield synthesis technologies and supplied as intermediates for finished products.
Semiconductor
High-purity chemical materials used to form thin, uniform films in semiconductor deposition processes such as atomic layer deposition (ALD) and chemical vapor deposition (CVD).
Plastics
Ready-to-use catalysts produced by immobilizing catalytic components on solid supports to enhance stability and ease of handling. They are used directly in plastic manufacturing processes, such as polyethylene (PE) and polypropylene (PP) production.
Plastics
Catalysts used in polyolefin manufacturing to precisely control molecular structures and produce resins with excellent physical properties.
Fine Chemicals
Chemical materials designed and synthesized for specific applications and physical properties. Our portfolio includes high-value-added products suited to high-mix, low-volume production.
Pharmaceuticals
Fine chemicals manufactured using high-purity, high-yield synthesis technologies and supplied as intermediates for finished products.
We supply high-purity materials for advanced industries, including the semiconductor and plastics sectors, with products tailored to each customer’s processes.
Business areas
Key Raw Materials for High-Performance Polyolefins
A Future Growth Driver with High Profitability
MLCC Binder Materials
Commercial Production and ODM/OEM Capabilities
Building on its metallocene catalyst manufacturing expertise,
with capabilities spanning supported catalysts, advanced MLCC materials, and bulk materials, SPCI is evolving into
a Technology Platform Company
SPCI works closely with customers at every stage of process scale-up,
from evaluating the feasibility of a new material
to establishing stable commercial-production conditions.
STEP 01
Commission
We work with customers to define material objectives, specifications,target costs, and the scope of development.
Learn MoreSTEP 02
Lab synthesis
We conduct small-scale synthesis to verify reaction pathways and operating conditionsand to assess the feasibility of achieving target quality, including purity and yield.
Learn MoreSTEP 03
Pilot
Laboratory conditions are transferred to pilot scale to verify process stabilityand establish the operating conditions and cost structure required for commercial production.
Learn MoreSTEP 04
Mass production
Using established processes, we achieve stable commercial production in reactors of various capacitiesand consistently supply products to customers after quality verification.
Learn MoreBy the numbers
150+Materials
Developed to Date
CUMULATIVE
2009
Establishment of SPCI
SINCE 2009
Our extensive research and manufacturing experience serves as the foundation for accelerating the commercialization of customers’ materials.
26
Reactors Owned
REACTORS
10,000L
Maximum Batch Capacity
MAX BATCH
As of September 2026
Figures include the expansion of Plant 3.
40+Companies
Customers Served
PARTNERS
12Patents
Granted and Pending
PATENTS
01
Manufacturing Experience
Drawing on expertise accumulated since 2009 in catalyst and fine chemical production, SPCI consistently manufactures advanced materials that meet customer requirements.
02
Quality Assurance
From the receipt of raw materials to final shipment, we maintain the required levels of purity and quality through verification at every stage of production.
03
Collaborative Development
We build ODM partnerships by working alongside customers from early-stage research and material development through commercial-scale production.
