Cleaning & Rinsing

VECTOR HTR

Detergent

VECTOR HTR is a synthetic formulation developed for the rinsing and wet storage of substrates after lapping, polishing, sawing, or texturing. Used as directed, VECTOR HTR minimizes scratching from in-process handling; protects substrates from staining; and prevents hard-to-clean slurry residues from adhering to the substrate surface for more effective downstream cleaning.

VECTOR HTR is recommended for use on mono-crystalline and multi-crystalline silicon. For solar silicon producers, VECTOR HTR is used to rinse excess slurry residues from wafers post-wire sawing. Before demounting, the wafers are rinsed with a solution of 3% to 4% VECTOR HTR and DI water to eliminate staining and improve final cleaning results. VECTOR HTR is also used to wet-store wafers after demounting and prior to cleaning.

For semiconductor silicon producers, VECTOR HTR is recommended for the rinsing and washing of lapping plates. VECTOR HTR removes process debris from both the plate’s surface and grooves, thereby preventing the formation of iron oxide/abrasive particle aggregates that can dislodge and cause scratching. When used for rinsing and washing polishing pads, VECTOR HTR prevents staining; increases pad life by keeping the pore structure open; and reduces the frequency of pad conditioning.

Highlights

Highly
economical

Reduces
scratching
due to plate / pad contamination

Minimizes
scratching
from in-process
handling

Prevents
staining

Facilitates
downstream
cleaning
processes

Minimizes
plate / pad
cleaning and
maintenance

Product Specifications

Base material

Water

Shelf life

24 months

Applications

Gallium arsenide,
germanium, sapphire,
silicon,silicon carbide

Product Specifications

Base material

Water

Shelf life

24 months

Applications

Gallium arsenide,
germanium, sapphire,
silicon,silicon carbide

Slurry additive Base material Dilution ratio pH value Specific gravity
VECTOR HTC-SCA-1 Water 25:1 9.2 1.05
VECTOR HTR Water 30:1 9.8 1.03

Interested in our
VECTOR HRT detergent?

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and remain at your disposal for any further questions.

Adam Nielsen